JP4600801B2 - Financial product trading management training system and financial product trading management training program - Google Patents

Description

  The present invention relates to a training program for a financial product trading operation method for allowing a student to learn a method for trading and operating a financial product, a method for transferring such a program on a network, and a financial product trading operation It relates to a method learning system. Unless otherwise specified, “financial products” refer to underlying assets such as currencies, interest rates, stocks and cash products, and derivatives (derivatives) such as futures, options and swaps related to these underlying assets.

The teaching method and system for financial instrument sales and operation which is the premise of the present invention have been previously proposed by the present applicant (hereinafter referred to as “the prior invention”) and published as Patent Document 1 below. ing. First, the above-described invention will be described by making necessary modifications while citing the publication.
JP 2001-318993 A

  For traders who buy and sell products such as currencies, interest rates, stocks, spot products, etc., and derivatives (derivatives) such as futures, options, swaps, etc. related to these underlying assets, they are highly specialized. Knowledge and skill are required. Therefore, in the previous invention, the following teaching method and system for financial product trading operation methods have been proposed.

  FIG. 9 is a functional block diagram of an embodiment of a learning system according to the previous invention. The learning system 1 shown in FIG. 9 includes a processing unit 2 that operates a virtual market, and a communication unit 3 for connecting the processing unit 2 to the Internet I. Furthermore, various kinds of market process groups 21 of the processing unit 2 are provided. A market management database 4 for recording data and an engine management database 5 for recording various data of the engine process group 22 of the processing means 2 are provided. A plurality of student terminals C1, C2,... And an administrator terminal K are connected to the Internet I. The students are from the student terminals C1, C2,. Various data can be exchanged with the processing means 2.

  The processing means 2 includes a stock market process 211 as a virtual market that fulfills the same functions as the stock market, bond market, foreign exchange market, borrowed stock market, and spot commodity market, which are the actual underlying asset markets, a bond market process 212, and a foreign exchange market. A market process group 21 including a process 213, a stock market process 214, a cash product market process 215, an option market process 216 as a virtual market that performs the same function as the option market which is an actual derivative product market, and the like. In addition, A securities company process 221 that performs the same function as an actual securities company, B securities company process 222, a C bank process 223 that performs the same function as an actual bank or life insurance company, a D life insurance process 224, etc. An engine process group 22 is also provided.

  In the market process group 21, virtual goods that do not exist in reality are to be sold and sold. Similarly, the institutions included in the institution process group 22 are virtual institutions that do not exist in reality. For example, a student who uses student terminals C1 and C2 acts as a trader of A securities company, a student who uses student terminal C3 acts as a trader of B securities company, and uses student terminal C4. Each student who works as an investor in charge of Bank C, for example, always belongs to one of the institutions.

  Further, the processing means 2 includes a management authority process 23, a news service process 24, and a virtual trader process 25. The management authority process 23 plays a role of constantly checking the trends of the market process group 21 and the institutional process group 22 and displaying the results on the manager terminal K. In addition, the management authority process 23 automatically forcibly resolves the extremely biased positions of the student terminals C1, C2,-, detects an abnormal situation in the market, and intervenes in the market process group 21 to perform, for example, live bullet intervention And instructing the news service process 24 to stream virtual news also serves to guide the virtual market to operate properly. Of course, the management authority process 23 can also be controlled by an input instruction from the administrator terminal K. In this case, the administrator terminal K can directly input actual bullets into the market process group 21 or the like. It is not possible to perform such an intervention, and only an input instruction for indirectly guiding the virtual market can be performed.

  The news service process 24 plays a role of distributing virtual news to each of the student terminals C1, C2,. The contents of the virtual news, the release timing thereof, and the like are programmed in advance, but can be changed by an input instruction from the administrator terminal K.

  The virtual trader process 25 is a daily trader that always closes the position within a day, a lantern trader that always takes the same direction when there is a big market order, and points to the offer side as soon as it can be bought at the bid side. A virtual trader such as Shimonotori Sadotori will appear in the virtual market. Such a virtual trader may directly enter the market process group 21 or may enter the market process group 21 via the institutional process group 22. Of course, the type, number, behavior pattern, etc. can be freely determined.

  Further, the processing means 2 includes a pricer providing means 26, a level diagnosis means 27, and a student selecting means 28.

  The pricer providing means 26, when there is an access to the option market process 216 from the student terminals C1, C2,... If it is an option, the current stock price, high price, low price, previous day discount price, trading volume, VWAP, historical volatility, bond yield, stock rent, exchange rate, etc.) are calculated and displayed on the corresponding student terminal. Fulfill. The pricer providing means 26 provides a common pricer to all student terminals, and therefore the same result is output for the same input value from any student terminal.

  The level diagnosis means 27 plays a role of diagnosing whether or not the student has mastered knowledge and techniques related to the product to such an extent that the student can participate in the virtual market. For example, the product is provided to the student terminals C1, C2,. Mini-games that display test questions that test the degree of knowledge retention and score the answers entered, and that allow delta hedging of stock options on student terminals C1, C2, etc. (linked to the virtual market) Not) and aggregate the scores to diagnose each student's level.

  The student selection means 28 plays a role of selecting the student terminals C1, C2,... According to a specific standard, for example, from the student terminal of the student who has failed the diagnosis result by the level diagnosis means 27. It plays a role of restricting access to the market process group 21 as necessary. As a restriction format, for example, only those who score a certain score or more in a mini-game related to a specific market provided to students by the level diagnosis means 27 are allowed to access the market process, and others For example, prohibiting access to the market process.

  On the other hand, the market management database 4 includes the stock market management file 41, the bond market management file 42, and the exchange market management corresponding to the orders and execution data made in the market processes 211 to 216 included in the market process group 21, respectively. The file 43, the borrowed market management file 44, the physical product market management file 45, the option market management file 46, etc. are recorded. Data recorded in the market management database 4 can be viewed from the manager terminal K as necessary. Similarly, the institution management database 5 stores the order data, execution data, balance data, etc., executed by the institution processes 221 to 224 included in the institution process group 22, respectively, with the corresponding A securities company management file 51 and B securities company. The management file 52, the C bank management file 53, the D life insurance management file 54, etc. are recorded. Data recorded in the institution management database 5 can also be viewed from the administrator terminal K as required.

  <Virtual Stock Market> In the education system 1 configured as described above, in the market process group 21 as a virtual market, various virtual goods are bought and sold between the student terminals C1, C2, and-. The price of such a virtual product is determined only by an input instruction from the student terminals C1, C2,. As an example, an order and execution processing procedure in the Zaraba stock market process 211 will be described with reference to FIG. Here, it is assumed that the user of the student terminal C1 is a trader belonging to A securities company.

  First, in S1, a trader of a securities company A analyzes the virtual news provided from the news service process 24 while looking at the board screen (see FIG. 11) provided from the stock market process 211 to the student terminal C1. Read the market price, make a decision to buy and sell, and enter an order. For example, a trader who wants to sell 1000 shares of Hoshi Denki shares (brand code is “6700”) at a limit of 99 yen is the brand code, sell / buy, buy / sell in the “order entry / cancellation / correction” field at the bottom of the screen. Input “6700”, “S (Sell for S, Buy B)”, “1000”, “99” in the boxes “a” to “d” for the number of shares and price, and click the order button e to transmit. In addition, if the planned total number of shares is entered in the planned number-of-shares box f, it is not possible to enter a numerical value exceeding the planned total number of trades in the number-of-sale-solds box c. Prevented in advance.

  The transmitted order data is received by the securities company process 221 via the communication means 3, and here the order form is confirmed as S2. That is, in S2, it is checked whether or not the order has been correctly specified in terms of brands, buying and selling, quantity, price, and the like.

  If an error is found in the order form in S2, a message to that effect is returned to the trader who has entered the order data. If no error is found in the order form in S2, the order data is recorded in the A securities company management file 51 together with the management order number data, order reception time data, etc. in S3. These data are used for order management, such as collation with contracts, in the same way as practical order slips.

  The order data recorded in the A securities company management file 51 in S3 is sent to the stock market process 211, and is recorded in the stock market management file 41 in S4.

  In the subsequent S5, a subroutine SUB1 for performing a contract determination process according to the Zaraba method is called. When returning from the subroutine SUB1, the process proceeds to S6.

  Here, the processing of the subroutine SUB1 will be described with reference to FIG. In the first S51, it is determined whether the order is a sell order or a buy order. If it is a sell order, the process proceeds to S52 to call subroutine SUB2, and if it is a buy order, the process proceeds to S53 to call subroutine SUB3.

  As shown in FIG. 13, in the subroutine SUB2 for performing the sell order matching process, it is first checked in S521 whether there is a market buy order. If there is a market buy order, the process goes to S522 to perform matching. If not, the process goes to S523 to check whether there is a limit buy order higher than the order price. If there is a limit purchase order that is higher than the order price, the process proceeds to S524, where the matching is performed in descending order.

  After market matching is performed in S522 and limit matching is performed in S524, it is checked in S525 whether or not the total number of orders has been executed. That is, the contract constant is compared with the number of orders, and if the former is less than the latter, the process returns to S521 because there is an unfilled order, and if the former and the latter are equal, the process returns to S54 where the total number of orders has been filled. Also, if there is no limit buy order higher than the order price in S523, the process returns to S54 because it cannot be matched.

  On the other hand, as shown in FIG. 14, in the subroutine SUB3 for performing the buy order matching process, first, in S531, it is checked whether or not there is a marketable selling order. If there is a market selling order, the process proceeds to S532 and matching is performed. If not, the process proceeds to S533 to check whether there is a limit selling order below the order price. If there is a limit selling order less than the order price, the process proceeds to S534 and matching is performed in order from the lowest price.

  After market matching is performed in S532 and after limit price matching is performed in S534, it is checked in S535 whether or not the total number of orders has been executed. That is, the contract constant is compared with the number of orders. If the former is less than the latter, the process returns to S531 because there is an unfilled order, and if the former and the latter are equal, the process returns to S54, assuming that the total number of orders has been filled. Also, if there is no limit selling order less than the order price in S533, the process returns to S54 because it cannot be matched.

  When returning from the subroutine SUB2 or SUB3 in this way, the process returns to S54. In S54, it is checked whether or not a contract has been made in the subroutine SUB2 or SUB3. If there is a contract, the process proceeds to S55, where the final sale price is updated based on the execution result. After updating the final selling price or when it is determined that the contract has not been made in S54, the process returns to S6.

  After returning from the subroutine SUB1 and returning to S6 as described above, the board information is updated here, and the contract data is recorded in the stock market management file 41 in S7. The contract data is sent to the A securities company process 221 and recorded in the A securities company management file 51 in S8. In the subsequent S9, the balance is updated after collating the contract data with the order data recorded in the securities company management file 51 in S3, and this is also recorded in the A securities company management file 51. Finally, the balance data is notified to the student terminal C1 via the communication means 3, and the student confirms this in S10.

  If a trader has taken an extremely biased position and has rarely traded, or if the trader has taken a harmful position that only seems to disrupt the market, The management authority process 23 can automatically detect such a position, or the management authority process 23 can detect all positions of each trader through the management authority process 23. Is forcibly released.

  In addition, the virtual trader process 25 has entered the market with virtual traders such as daily traders, lantern traders, and sheath takers as appropriate, and not only with traders using each student terminal, but also between virtual traders. But they are buying and selling and revitalizing the market. From the trader using each student terminal, it cannot be distinguished whether the trading partner is a trader using another student terminal or a virtual trader.

  In this way, in the stock market process 211, buying and selling is performed by the Zaraba method, and the price there is not programmed in advance or linked to the actual stock market etc., but is determined only by the virtual buying and selling behavior of the students. As a result, it is possible for a student to experience the stock trading as a trader of a fictitious securities company at each student terminal, and to learn the stock trading method efficiently. .

  Here, the virtual stock option market and other market processes can be easily understood by those skilled in the art by referring to the description of Japanese Patent Laid-Open No. 2001-318993, which is already known as the previous invention. Therefore, the description is omitted in this specification.

  <Preparation for participation in the virtual market> In order to participate in such a virtual market as a trader, fairly advanced knowledge and techniques regarding products are required. Therefore, in the learning system 1 in the previous invention, the level diagnosis means 27 diagnoses whether or not the student has knowledge and techniques sufficient to participate as a trader in the virtual market. Specifically, after displaying various learning materials on each student terminal, a mini-test is performed to check the master degree of the learning material, and the correctness of the answer input from each student terminal is checked. Further, the level diagnosis means 27 also executes various mini-games related to a quick pricer input operation and the like necessary for the trading operation performed in the virtual market, and counts and checks the score.

  As a result of the level diagnosis by the level diagnosis means 27, the student terminal used by the student who has failed is prohibited from accessing the market process group 21 by the student selection means 28, and has passed. Access to the market process group 21 is canceled only from the student terminal used by the person. In this way, the student selection means 28 selects the students who can access the market process group 21, so that the level of the trader participating in the virtual market is maintained, and the purchase and sale operation of the goods as if they were actually fighting the students is simulated. It will be possible to experience. Note that it is not necessary to link the selection criteria of the student selection means 28 with the level diagnosis result by the level diagnosis means 27, and the selection criteria may be set as appropriate according to the student level, the purpose / use of the learning, and the like. In addition, access to the market process group 21 from each student terminal may not be restricted collectively, but access to each market process may be restricted individually.

  <Excellence of the previous invention> As described above, the learning method according to the previous invention is to construct a virtual market for virtual goods on the network and allow multiple students to perform virtual trading operations there. Thus, it is possible to allow the student to learn the actual method for buying and selling the actual product while eliminating the risk of an actual loss caused by an inexperienced student. Moreover, since the virtual market itself has an endogenous price formation function, it is possible to allow students to conduct virtual trading operations based on the actual price fluctuation mechanism, and through this, the trading operation method for products in the actual market can be established. It is excellent in that it can be learned efficiently.

  In addition, the learning system according to the previous invention can construct a virtual market related to virtual products on the network, and a plurality of students can access this virtual market and buy and sell various virtual products there. Moreover, since the price of the virtual product in this virtual market is determined only by each student's virtual trading operation behavior, the virtual trading operation based on the actual price fluctuation mechanism is given to the student. It is excellent in that it can be performed, and through this, the method of buying and selling goods in the real market can be learned efficiently.

  In addition, this virtual market has underlying asset market processes such as stock market processes, derivative product market processes such as option market processes, and various institutional processes such as securities companies. It is excellent in that it allows you to experience a virtual trading operation experience full of reality, and to efficiently learn how to buy and sell products.

  Furthermore, in the learning system according to the previous invention, it is possible to buy and sell by the Zaraba method or the market make method, make the American type option buy and sell by the market make method in the option market process, and the selling price quoted from each student terminal. Limiting the difference from the purchase price to a certain value, providing a common pricer for each student terminal, enabling the use of pricer and option trading / exercising rights from the same screen, delivering virtual news Even if the level of the student is low, the necessary market guidance measures, the establishment of a management authority process to monitor each student's position, the participation of virtual traders as appropriate, etc. Even if the number of students is small, the idea is to keep the virtual market always active It has been, as a result, is superior in that it is to be able to learn the buying and selling investment approach of the product, to efficient to students.

  Furthermore, since the level of students participating in the virtual market is diagnosed and access to the virtual market is restricted as necessary, even beginners can easily move to the virtual market. This is excellent in that the level of trading operations performed in the virtual market can be prevented, and an efficient learning effect can be expected for the students.

  As described above, the above-mentioned invention has various excellent technical effects. In addition, when applying actual financial product trading management techniques to training, the reality of the virtual financial market and the high educational effect are also demonstrated. This is an epoch-making teaching method and system in the teaching of financial product buying and selling operation, such as obtaining acclaim from a large number of professional traders.After filing the previous invention, the present inventor has the following problems: I found it.

  <Problem 1> Although the various virtual traders proposed in the previous invention can be activated while giving an appropriate stimulus to the virtual market due to its existence, the reality of the virtual market can be enhanced, All of them are neutral to the long-term fluctuations of the market from a broad perspective, so that the lessons are based on specific conditions in the real market (for example, market conditions toward a bubble or market conditions toward an unprecedented major recession). However, it is difficult to guide the market situation of the virtual market in a certain direction while maintaining the reality only with the involvement of these existing virtual traders.

  <Problem 2> Also, in order to increase the usefulness of the financial product trading operation method as a learning method and system, it is necessary to be able to adapt to students of various types and levels, and even in the same student There is a need to increase versatility so that learning can proceed as learning progresses or as desired, from stock to stock options or from stock to currency. Even in the same virtual market, it is expected that the learning effect will be dramatically improved by changing the market conditions (for example, bubble period, major recession period, etc.) that the student can experience. However, when determining the virtual market that can be accessed and its market conditions in different combinations depending on the type and level of the student, and 1) the multiple independent programs corresponding to all virtual markets before the start of the lesson All downloading to the computer of each student terminal and dealing with it by access restriction takes a huge amount of time and labor. In particular, beginners at the beginning of training usually participate only in the virtual stock market and learn to buy and sell financial products, so most other virtual market programs are not used, resulting in great waste. . 2) On the other hand, in order to download a learning program that can participate in one virtual market even if the corresponding independent learning program is downloaded to the computer of the student terminal whenever the virtual market that can be accessed increases. The necessary time and effort will be repeated as many times as the number of virtual markets that can be participated. These problems lead to the problem of an increase in the number of traffic on public lines when the subjects of learning are widely opened to the public and deployed on the Internet.

  <Problem 3> Furthermore, in the development of financial product trading operation method learning program, conventionally, registration attribute information and setting attribute information information of financial products, various control programs or execution programs, parameter groups for control or execution, etc. Since it is necessary to develop a program for each financial product or virtual market as a package, program development requires both technology and knowledge as a computer programmer and advanced product knowledge and market knowledge at a specialized level for financial products. Become. However, human resources who have all of these technologies and knowledge are extremely rare. As a result, it is necessary to introduce two types of experts as a team for program development, and the development costs such as labor costs become enormous. At the same time, there is a problem that the development speed is slowed down for exchanging and adjusting opinions. The problem is that, when a program corresponding to one virtual market is developed and then a program corresponding to another virtual market is developed, basically the same cost and time are required. It becomes particularly serious when increasing the variation of the virtual market.

  <Problem 4> Furthermore, attributes of actual financial products: registration attributes (for example, financial product name, last trading date, trading unit, etc.) and setting attributes (for example, margin rate required when trading financial futures) In order to maintain the reality of the virtual market, program settings and parameters are often used according to changes in the actual product types and attributes in the real market. Need to be changed. However, in order to make such changes and corrections after a hard-coded program that has been developed as a package as in the past, enormous effort and time equivalent to developing a new program and system are required. It is. Moreover, when downloading and executing a financial product buying and selling operation method learning program on a student terminal, it is necessary to temporarily stop the execution of the program and download the entire program again.

In order to solve the above problems, in the present invention,
(1) "
A client terminal and a communication means connected to the Internet, and a computer network comprising a learning management processing means, an editing means, a market management database, an institution management database, and an administrator terminal connected to each other via the communication means. A financial product trading operation training system that forms a server system and forms a virtual market for buying and selling virtual financial products,
The training management processing means holds a registration-specific attribute information predetermined for each of the virtual market and the virtual financial product, and a scenario-specific data set consisting of setting attribute information determined for each virtual brand of the virtual financial product,
The registration attribute information includes virtual news registration attributes and virtual trader types,
The setting attribute information includes, as impact parameters set for each virtual news, parameters specified in advance for impact occurrence time, impact deviation rate, number of impacts and dividend amount or interest rate,
The editing means has a function of editing the registered attribute information and the setting attribute information according to an input from an administrator, or creating the scenario-specific data set,
The market management database holds virtual stock order data and contract data as the virtual financial product as a stock market management file,
The institution management database holds order data, execution data and balance data of the virtual stock as a securities company management file,
The communication means transmits information between the learning management processing means, the editing means, the market management database, the institution management database, the administrator terminal, and the student terminal connected via the Internet,
The student terminal has a function of displaying the balance data and the final sale price transmitted via the communication means and the Internet, and a function of inputting an order according to the operation of the student,
The learning management processing means, in order to form a learning environment in the student terminal in which the price of the virtual stock is determined only by buying and selling in the virtual market based on the content of the data set by scenario,
As a news service process, the virtual news is distributed and displayed to the student terminal via the communication means and the Internet according to the preprogrammed contents and release timing as the registration attribute,
As the virtual trader process, the virtual trader and the attendee who have entered the virtual market by configuring a multi-agent system by causing the virtual trader to buy and sell the virtual stock according to a unique rule for each virtual trader in the virtual market In order to allow the virtual traders to buy and sell the virtual stock with the students who use the terminal, and also to buy and sell the virtual stock between the virtual traders, the virtual trader inputs a sell order or a buy order. Let
Based on the registered attribute information, at least one of the virtual traders is an impact trader that repeatedly buys a specific stock several times based on the impact parameters corresponding to the contents of the virtual news, or sells it repeatedly several times,
As a securities company process,
When there is an order input from the virtual trader, the order data is received,
When an order is input from the student terminal, after processing the step (S1) of receiving order data via the communication means,
Processing the step (S2) of checking whether there is an error in the order format, and then processing the step (S3) of recording the order data in the securities company management file;
As a stock market process, after the step (S4) of recording the order data in the stock market management file, a step (S5) of calling a subroutine SUB1 is processed,
As the subroutine SUB1, a step of determining whether the order is a sell order or a buy order is first processed (S51). If the order is a sell order, a subroutine SUB2 is called; Process
In the subroutine SUB2, as a selling order matching process, first, a step (S521) of checking whether there is a market buying order process is processed,
If there is a market buy order, the matching step (S522) is processed,
If there is no market buy order, a step (S523) of checking whether or not there is a limit buy order higher than the price of the sell order is processed;
If there is a limit buy order that is equal to or higher than the price of the sell order, a step of matching from an order with a higher price (S524) is processed,
As a step (S525) of checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether or not there is a buying order for the market (S521),
If the number of trades and the number of orders are equal, return
If there is no limit buy order over the price of the sell order, return,
In the subroutine SUB3, as a buy order matching process, first, a step (S531) of checking whether there is a market sell order is processed,
If there is a market sell order, the matching step (S532) is processed,
If there is no market selling order, a step (S533) of checking whether or not there is a limit selling order less than the price of the buying order is processed;
When there is a limit selling order that is higher than the price of the buy order, a matching step (S534) from an order with a lower price is processed,
As a step (S535) for checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether there is a selling order for the market (S531),
If the number of trades and the number of orders are equal, return
Return if there is no limit sell order below the price of the buy order,
Processing a step (S54) of checking whether or not there is a contract in the subroutine SUB2 or the subroutine SUB3;
If there is no execution, return
If there is a contract, the process of updating the final sale price (S55) is processed and the process returns.
After processing the step (S6) of updating the final sale price displayed on the student terminal based on the contract result, the contract data representing the content of the contract is recorded in the stock market management file. Processing step (S7),
After processing the step (S8) of recording the contract data in the securities company management file as a securities company process, the step of collating the contract data with the order data recorded in the securities company management file (S9) The balance data is recorded in the securities company management file, and the balance data is transmitted to the student terminal via the communication means, and the balance information displayed on the student terminal Is updated (S10),
As the management authority process, the order data, the contract data, the balance data, and the final sale price recorded as trends of the stock market process and the securities company process are displayed on the screen of the administrator terminal. Financial product trading management training system.
"
(2) "
Learning management processing means connected to each other via communication means, market management database, institution management database, LAN configured by the administrator terminal and the student terminal, the Internet to which the LAN is connected via the communication means, and A financial product trading operation training system that forms a client = server system by a computer network comprising scenario management processing means and editing means connected to each other and connected to the Internet, and forms a virtual market for buying and selling virtual financial products. There,
The scenario management processing means holds a scenario-specific data set consisting of registration attribute information predetermined for each of the virtual market and the virtual financial product, and setting attribute information determined for each virtual brand of the virtual financial product,
The registration attribute information includes virtual news registration attributes and virtual trader types,
The setting attribute information includes, as impact parameters set for each virtual news, parameters specified in advance for impact occurrence time, impact deviation rate, number of impacts and dividend amount or interest rate,
The editing means has a function of editing the registered attribute information and the setting attribute information according to an input from an administrator, or creating the scenario-specific data set,
The market management database holds virtual stock order data and contract data as the virtual financial product as a stock market management file,
The institution management database holds order data, execution data and balance data of the virtual stock as a securities company management file,
The communication means includes the learning management processing means, the market management database, the institution management database, the administrator terminal and the student terminal, and the scenario management processing means and the editing means connected via the Internet. Communicate information between and
The student terminal has a function of displaying the balance data and the final sale price transmitted via the communication means and the Internet, and a function of inputting an order according to the operation of the student,
The learning management processing means, in order to form a learning environment in the student terminal in which the price of the virtual stock is determined only by buying and selling in the virtual market based on the content of the data set by scenario,
As a news service process, the virtual news is distributed and displayed to the student terminal via the communication means and the Internet according to the preprogrammed contents and release timing as the registration attribute,
As the virtual trader process, the virtual trader and the attendee who have entered the virtual market by configuring a multi-agent system by causing the virtual trader to buy and sell the virtual stock according to a unique rule for each virtual trader in the virtual market In order to allow the virtual traders to buy and sell the virtual stock with the students who use the terminal, and also to buy and sell the virtual stock between the virtual traders, the virtual trader inputs a sell order or a buy order. Let
Based on the registered attribute information, at least one of the virtual traders is an impact trader that repeatedly buys a specific stock several times based on the impact parameters corresponding to the contents of the virtual news, or sells it repeatedly several times,
As a securities company process,
When there is an order input from the virtual trader, the order data is received,
When an order is input from the student terminal, after processing the step (S1) of receiving order data via the communication means,
Processing the step (S2) of checking whether there is an error in the order format, and then processing the step (S3) of recording the order data in the securities company management file;
As a stock market process, after the step (S4) of recording the order data in the stock market management file, a step (S5) of calling a subroutine SUB1 is processed,
As the subroutine SUB1, a step of determining whether the order is a sell order or a buy order is first processed (S51). If the order is a sell order, a subroutine SUB2 is called; Process
In the subroutine SUB2, as a selling order matching process, first, a step (S521) of checking whether there is a market buying order process is processed,
If there is a market buy order, the matching step (S522) is processed,
If there is no market buy order, a step (S523) of checking whether or not there is a limit buy order higher than the price of the sell order is processed;
If there is a limit buy order that is equal to or higher than the price of the sell order, a step of matching from an order with a higher price (S524) is processed,
As a step (S525) of checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether or not there is a buying order for the market (S521),
If the number of trades and the number of orders are equal, return
If there is no limit buy order over the price of the sell order, return,
In the subroutine SUB3, as a buy order matching process, first, a step (S531) of checking whether there is a market sell order is processed,
If there is a market sell order, the matching step (S532) is processed,
If there is no market selling order, a step (S533) of checking whether or not there is a limit selling order less than the price of the buying order is processed;
When there is a limit selling order that is higher than the price of the buy order, a matching step (S534) from an order with a lower price is processed,
As a step (S535) for checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether there is a selling order for the market (S531),
If the number of trades and the number of orders are equal, return
Return if there is no limit sell order below the price of the buy order,
Processing a step (S54) of checking whether or not there is a contract in the subroutine SUB2 or the subroutine SUB3;
If there is no execution, return
If there is a contract, the process of updating the final sale price (S55) is processed and the process returns.
After processing the step (S6) of updating the final sale price displayed on the student terminal based on the contract result, the contract data representing the content of the contract is recorded in the stock market management file. Processing step (S7),
After processing the step (S8) of recording the contract data in the securities company management file as a securities company process, the step of collating the contract data with the order data recorded in the securities company management file (S9) The balance data is recorded in the securities company management file, and the balance data is transmitted to the student terminal via the communication means, and the balance information displayed on the student terminal Is updated (S10),
As the management authority process, the order data, the contract data, the balance data, and the final sale price recorded as trends of the stock market process and the securities company process are displayed on the screen of the administrator terminal. Financial product trading management training system.
And (3) "
From scenario management processing means, editing means and administrator terminal connected to each other via communication means, Internet connected to communication control means, and student terminal connected to the Internet via communication control means A financial product trading operation training system that forms a virtual market for buying and selling virtual financial products through a computer network,
The scenario management processing means holds a scenario-specific data set consisting of registration attribute information predetermined for each of the virtual market and the virtual financial product, and setting attribute information determined for each virtual brand of the virtual financial product,
The registration attribute information includes virtual news registration attributes and virtual trader types,
The setting attribute information includes, as impact parameters set for each virtual news, parameters specified in advance for impact occurrence time, impact deviation rate, number of impacts and dividend amount or interest rate,
The editing means has a function of editing the registered attribute information and the setting attribute information according to an input from an administrator, or creating the scenario-specific data set,
The student terminal has a function of displaying balance data and a final sale price, a function of inputting an order according to a student's operation, and the scenario management processing means via the communication means, the Internet and the communication control means. A function for downloading the stored data set according to the scenario, a market management database, an institution management database,
The market management database holds virtual stock order data and contract data as the virtual financial product as a stock market management file,
The institution management database holds order data, execution data and balance data of the virtual stock as a securities company management file,
The communication means transmits information between the scenario management processing means, the editing means, the administrator terminal, and the Internet,
The communication control means transmits information between the Internet and the student terminal,
In order to form a learning environment in the student terminal, the price of the virtual stock is determined only by buying and selling in the virtual market based on the content of the data set by scenario,
Downloading the scenario-specific data set stored in the scenario management processing means via the Internet and the communication control means,
As a news service process, the virtual news is displayed on the student terminal according to the preprogrammed content and release timing as the registration attribute,
As the virtual trader process, the virtual trader and the attendee who have entered the virtual market by configuring a multi-agent system by causing the virtual trader to buy and sell the virtual stock according to a unique rule for each virtual trader in the virtual market In order to allow the virtual traders to buy and sell the virtual stock with the students who use the terminal, and also to buy and sell the virtual stock between the virtual traders, the virtual trader inputs a sell order or a buy order. Let
Based on the registered attribute information, at least one of the virtual traders is an impact trader that repeatedly buys a specific stock several times based on the impact parameters corresponding to the contents of the virtual news, or sells it repeatedly several times,
When an order is input from the student terminal or the virtual trader as a securities company process, a step of receiving order data (S1) is processed, and then an error is detected in the order format (S2). And processing the step (S3) of recording the order data in the securities company management file,
As a stock market process, after the step (S4) of recording the order data in the stock market management file, a step (S5) of calling a subroutine SUB1 is processed,
As the subroutine SUB1, a step of determining whether the order is a sell order or a buy order is first processed (S51). If the order is a sell order, a subroutine SUB2 is called; Process
In the subroutine SUB2, as a selling order matching process, first, a step (S521) of checking whether there is a market buying order process is processed,
If there is a market buy order, the matching step (S522) is processed,
If there is no market buy order, a step (S523) of checking whether or not there is a limit buy order higher than the price of the sell order is processed;
If there is a limit buy order that is equal to or higher than the price of the sell order, a step of matching from an order with a higher price (S524) is processed,
As a step (S525) of checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether or not there is a buying order for the market (S521),
If the number of trades and the number of orders are equal, return
If there is no limit buy order over the price of the sell order, return,
In the subroutine SUB3, as a buy order matching process, first, a step (S531) of checking whether there is a market sell order is processed,
If there is a market sell order, the matching step (S532) is processed,
If there is no market selling order, a step (S533) of checking whether or not there is a limit selling order less than the price of the buying order is processed;
When there is a limit selling order that is higher than the price of the buy order, a matching step (S534) from an order with a lower price is processed,
As a step (S535) for checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether there is a selling order for the market (S531),
If the number of trades and the number of orders are equal, return
Return if there is no limit sell order below the price of the buy order,
Processing a step (S54) of checking whether or not there is a contract in the subroutine SUB2 or the subroutine SUB3;
If there is no execution, return
If there is a contract, the process of updating the final sale price (S55) is processed and the process returns.
After processing the step (S6) of updating the final sale price displayed on the student terminal based on the contract result, the contract data representing the content of the contract is recorded in the stock market management file. Processing step (S7),
After processing the step (S8) of recording the contract data in the securities company management file as a securities company process, the step of collating the contract data with the order data recorded in the securities company management file (S9) And processing the step (S10) of updating the balance information displayed on the student terminal based on the balance data after recording the balance data in the securities company management file,
As the management authority process, the order data, the contract data, the balance data, and the final sale price recorded as trends of the stock market process and the securities company process are displayed on the screen of the administrator terminal. Financial product trading management training system.
"
Is adopted.

In the present invention, since each financial product trading operation training system (1), (2) or (3) described above is adopted, the following effects are achieved in common with all the inventions.
a) It is possible to build a virtual market with high reality on the computer network, and to make the relationship between news that can affect the market and movement of the virtual market realistic, It is possible to conduct lessons that suggest actions to be taken in real time.
b) Trading behavior by impact traders has an unexpectedly large impact on the market after a certain period of time. By controlling the impact parameters, it is possible to guide the market conditions of the virtual market in a certain direction while maintaining reality. Therefore, it is possible to conduct training on the premise of a specific aspect of the real market (for example, market conditions toward a bubble or unprecedented great depression).
c) An education specialist in the classroom can set and edit data without a program expert, and the creation and editing can be performed in units of registered attribute information or set attribute information. Because it is possible, the needs of learners can be immediately reflected in the program.
d) When developing a program for a new financial product or virtual market, it is only necessary to create a scenario-specific data set corresponding to this, and simply create existing data and control parameter settings. Development costs are dramatically reduced. further,
e) In the course of learning, it is possible to conduct training in new virtual markets and scenarios according to the level and wishes of the students by simply downloading only the data set related to the new scenario. Accordingly, the amount of data to be transferred, the transfer time, and the amount of work for transfer are reduced.

  In addition, when adopting the financial product buying and selling operation training system (2), in addition to the common effects, a LAN is constructed using a server on the premises for in-house training and university classes, and the training is carried out. be able to.

  In addition, when adopting the financial product trading operation training system (3), in addition to the common effects, it does not require an environment in which constant Internet connection is inconvenient or an interactive relationship with other students. Sometimes, a student can attend a financial product trading operation method lesson according to the present invention alone with a virtual trader.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the financial product trading training system of the present invention, the same parts as those of the previous invention can be configured in the same manner as the previous invention unless otherwise described. In the description, including the previous invention, the same reference numerals are used for the same elements, and redundant descriptions are omitted.

  First, a virtual trader process that can be commonly applied in each embodiment of the present invention will be described.

  <Virtual Trader Process> FIG. 4 is a functional block diagram showing a virtual trader process in the learning system of the present invention. The virtual trader process 25A of the present invention can be regarded as an improvement of the virtual trader process 25 (see FIG. 9) in the previous invention. In addition to the daily trader, the lantern trader, or the sheath trader in the previous invention, The spread trader CT (S), the market maker CT (M), the reverse trader CT (R), and the impact trader CT (I) can be introduced into the virtual market.

  Here, the scattered trader CT (S) is an order for several types (for example, 3 types) of limit prices on both sides of “Sell” and “Buy” with the current value sandwiched between them. Cancel the promised one. And the operation | movement of repeating from the place which orders several kinds of limit price is performed. The dissemination trader CT (S) is a virtual trader that repeats the behavior according to the unique rule as described above every predetermined time (for example, 60 seconds) in the situation where the trader is placed. When participation of an impact trader CT (I) described later is set, it is desirable to adjust so as to act at a timing that does not interfere with the behavior.

  Burama Trader CT (S) has the function of stimulating the stalemate at the current value, continually giving the chance to trade and revitalizing the market. Although this activation function for the individual brand can be realized, a plurality of scattered traders CT (S) may participate in the individual brand. Note that the behavior of the spread trader CT (S) is neutral with respect to long-term price fluctuations of the specific brand and the entire virtual market.

  The market maker CT (M) is determined with a 50% probability of “buy” or “sell” behavior every fixed time (for example, 15 seconds), and in the case of “buy”, one tick above the current value ( A virtual trader places a limit buy order in the lowest trading unit (1 tick is the lowest unit of pricing), and in the case of “sell”, places a limit selling order in the lowest trading unit under 1 tick. If the contract is executed within the predetermined time (in this case, 15 seconds), the same operation is repeated from the decision of “sell” or “buy”. If the contract is not executed within the predetermined time, the order is canceled and the same The operation is repeated from the decision of “sell” or “buy”.

  The market maker CT (M) is a virtual trader that acts in accordance with the unique rules as described above in a situation where the market maker CT (M) is placed. Market maker CT (M) has the function to stimulate the virtual market by constantly stimulating the stalemate state at the current price and activating the virtual market. Although this activation function for the individual brand can be realized, a plurality of market makers CT (M) may participate in the individual brand. Note that the behavior of the market maker CT (M) is neutral with respect to long-term price fluctuations of the specific brand and the entire virtual market.

  The reverse trader CT (R) is a virtual trader that selects the reverse trading behavior after predicting the behavior of another trader. For example, when news that the rate of dividends will decrease for a certain issue flows, if it is a regular trader, he immediately places a “sell” order, but the reverse trader CT (R) has abundant financial power. Take action to keep “buying” in the background. Of course, other individual traders will be involved for a relatively longer period of time than the time associated with the issue. In this case, since the average purchase price for the specific brand continues to decrease with time, if the price turns to “sell” at the stage of a small rebound, profits can be made even for the reverse trader CT (R).

  On the other hand, impact trader CT (I) reacts to news distribution, etc., and “buys” a specific issue once or several times according to the specific news (a combination of news content and issue) Depending on the market, it is a virtual trader that can impact each brand and virtual market by “selling” once or several times. The impact trader CT (I) has the following actions: 1) Impact occurrence time (time from news distribution to action), 2) Impact divergence rate (deviation rate from the current price), 3) Impact ("Sell") Or, it is defined by the number of repetitions of “buy”) and 4) the dividend amount or interest rate. The behavior of the impact trader CT (I) is determined based on parameters specified in advance for each brand (individual brand, index futures, dividend, interest rate, etc.) for each news to be distributed.

  As described above, the impact trader CT (I) “sells” (or “buys”) a specific issue once or several times according to the content of the delivered news. Unlike virtual traders such as the market maker CT (M), it is a virtual trader that can induce price movements of individual brands in a short-term in a short direction, and thus can guide the overall market trend in a certain direction.

  In the virtual market, a very small difference (for example, a difference of 1%) in the price of the impact trader CT (I) may greatly affect the trend of the brand and the entire virtual market after a certain period. This is because the initial pricing after news distribution not only quantitatively affects the behavior of other market participants, but also qualitatively. For example, even if a market participant makes a profit by selling stock at 100 yen for a 100 yen purchase order, profit may not be produced at 99 yen, which is 1% lower than that. The small fluctuation in the initial value affects not only the stock sale price but also the timing of sale / purchase by other participants, and the subsequent trading strategy. This is because it is amplified or attenuated non-linearly with time and has an unexpectedly large effect after a certain period of time.

  Such sensitivity of the sensitivity of the system to initial conditions is generally known as the “butterfly effect” in complex systems.

  There are many theoretical studies that the real market is a complex system, but the virtual market in the present invention also constitutes a so-called multi-agent system by the participation of multiple virtual traders that follow independent action guidelines. Therefore, it is thought that price formation as a complex system will emerge as in the actual market. In addition, each virtual trader's behavior may give positive feedback or negative feedback on price fluctuations of a certain stock. This positive or negative feedback can be given to the stocks again with a time lag through the price fluctuations of the corresponding stocks in other markets such as the stock market, thus also realizing price instability. Yes.

  Such emergence of price formation, butterfly effect or state instability can occur even when the participants are only a plurality of virtual traders. This is considered to be a proof that the virtual market of the present invention accurately reproduces the actual financial market regardless of the presence or absence of students in the price fluctuation behavior characteristics.

  In other words, the present invention positively utilizes the butterfly effect in a complex system, and amplifies a very small set value fluctuation in the impact trader CT (I) pricing non-linearly (or attenuates depending on conditions) to keep constant. By obtaining it as an “unexpected effect” after time, it is considered that the market conditions of “bubble” and “big recession” can appear in the virtual market very naturally while maintaining reality.

  Here, the relationship between the parameters that define the behavior of the impact trader CT (I) and the impacts on individual brands or the market (the amount and rate of change in price) will be described qualitatively.

  The impact occurrence time (the time from news distribution to action) generally has a greater impact on the market by inducing a quick reaction of other participants, and conversely if it is too long, the trading behavior of other participants The market impact will be diminished.

  As for the impact divergence rate (the divergence rate from the current price), the larger the impact, the greater the impact on the market. That is, a “buy” order at a price higher than the current price will trigger an increase in the price of the stock, and a “sell” order at a price lower than the current price will cause a price drop of the stock and the price will be The greater the deviation from the current value, the greater the effect. However, if the deviation from the current price is too large, trading may not be established and an appropriate impact may not be given to the market.

  Of course, the number of impacts (the number of repetitions of “sell” or “buy”) increases as the number of repetitions increases.

  The greater the amount or percentage of dividends or interest, the greater the impact on the market. For example, a greater increase in the amount of dividend is considered to induce more buy orders and induce a price increase.

  Now, since the structure of the whole learning system of this invention can be changed according to the style of learning, those system examples are demonstrated as Example 1 thru | or 3 below.

  In this embodiment, a system configuration will be described in which a student individually takes a financial product buying and selling method lesson via the Internet. This is applicable, for example, when an individual student who has registered in advance participates in a lesson on financial instrument sales and operation according to the present invention via the Internet and experiences an interactive relationship with other students. It is.

  FIG. 1 is a block diagram illustrating an example of a system configuration when a student participates in an interest through the Internet.

  <Scenario management processing means> In the financial product buying and selling method learning system of this embodiment, a scenario-specific data set group DSS is held in the learning management processing means 2A. The scenario-specific data sets DS (DS1, DS2,...) Constituting the scenario-specific data set group DSS are registered attribute information that can be determined in advance for each virtual market or financial product, and are freely set for each individual issue. It is a set of data and parameters that can be set attribute information. By providing these data and parameters to the training core program EXE described later, a learning environment in the student terminal of the present invention is formed. .

  Here, the registered attribute information is information on brands, news, virtual traders, etc., and refers to information on basic attributes of elements constituting the virtual market, while setting attribute information is a certain scenario. This is information about the related attribute or additional attribute of these elements or the attribute of the scenario itself.

  Further, as shown in FIG. 5, editing means EDITOR for presetting the contents of individual scenario-specific data sets DS in the scenario-specific data set group DSS is connected to the network, and this editing means EDITOR is connected to the network. , A registration editor REDIT and a setting editor IEDIT.

  The registration attribute editor REDIT can edit registration attribute information in each scenario-specific data set DS as an object code. Also, the setting attribute editor IEDIT can edit setting attribute information in each scenario-specific data set DS as an object code.

  These editors not only edit the existing scenario-specific data set DS but also have a function of creating a new scenario-specific data set. As a result, independent from the development of the training core program EXE and each of the process means 21 to 28 (including the case where the virtual market process BM is configured), an administrator (for example, an educator of an educational institution) at the training site ) Can freely define registration attributes and setting attributes, or create a new scenario-specific data set DS.

  Here, the registration editor REDIT has editing functions of a brand registration editor, a news registration editor, a screen registration editor, and a virtual trader registration editor, which edit registration attribute information related to the brand, news, screen configuration, and virtual trader, respectively. can do.

  Hereinafter, each editing function of the registration editor REDIT will be described.

  The registration attribute information related to the stock that can be edited by the stock registration editor includes information on the stock name, type, display method, tick price, trading unit, on-board display, trading unit, final trading value, final settlement value, and calculation formula. Contains. The brand registration editor may include a function for confirming in which scenario-specific data set DS each brand is used.

  The registration attribute information related to news that can be edited by the news registration editor includes information related to the news number, news type, and headline. The news registration editor may have a function of pasting images such as files and figures, and has a function of creating and editing specific contents of various news that may affect the virtual market.

  The registration attribute information related to the screen configuration that can be edited by the screen registration editor is the position arrangement screen, order management screen, order entry screen, and board screen. The configuration can be determined. As the screen configuration, a plurality of patterns may be prepared in advance, and the screen configuration may be selected according to the preference of the student.

  The registration attribute information related to the virtual trader that can be edited by the virtual trader registration editor is each parameter that defines the type of the virtual trader and the specific behavior of each virtual trader. For example, regarding the spread trader CT (S), the parameters that define the behavior are the number of limit prices and the time of repetition. Similarly, for other types of virtual traders, parameters that specifically define each action can be determined. However, the impact trader CT (I) will act according to parameters set by a news setting editor (described later) for each news to be distributed. Individuals having various behavioral characteristics even with the same type of virtual trader by preparing a plurality of types of virtual traders (for example, scattered trader CT (S)) and changing the parameters for each individual You can register as many as you need.

  The setting editor IEDIT has editing functions of a main setting editor, a brand setting editor, a news setting editor, and a screen setting editor, which edit setting attribute information related to the main setting, brand, news, and screen configuration, respectively. be able to. Each editing function of the setting editor IEDIT is as follows.

  The setting attribute information on the main setting that can be edited by the main setting editor includes information on the scenario title, genre, virtual period, game duration, holiday setting, and language used. The main setting editor has a function of browsing various settings set by other editors and correcting the setting attribute information by the function of the editor as necessary.

  The setting attribute information related to the brand that can be edited by the brand setting editor is available / not available for trading, price display position, initial position, initial price, trading for each brand registered in advance by the brand registration editor. It includes information on price (buy / short sale), commission rate, margin deposit (sell / buy), marketable / non-marketable, short-sellable / unavailable, and availability / non-usage of various virtual traders. The stock setting editor can edit the above-mentioned setting attribute information for each stock, and whether various virtual traders registered in advance by the virtual trader registration editor (especially impact trader CT (I)) participate for each stock. It has the function of determining whether or not.

  Setting attribute information related to news that can be edited by the news setting editor includes distribution time, progress control, and impact parameters. Here, progress control refers to stopping the progress of time for a certain time after news distribution, and is intended to give sufficient judgment time especially when the student is a beginner. The impact parameter refers to a parameter that defines the specific behavior of the aforementioned impact trader CT (I). 1) Impact occurrence time (time from news distribution to action) 2) Impact divergence rate It includes information on the deviation rate from the current value), 3) the number of impacts (the number of repetitions of “sell” or “buy”), and 4) the dividend amount or interest rate.

  The setting attribute information related to the screen configuration that can be edited by the screen setting editor is the item display width and display method (number of digits, etc.) in each of the position management screen, order management screen, order input screen and board screen. Contains information about.

  Note that whether or not certain data is registered attribute information or set attribute information can be appropriately distributed by the practitioner based on the frequency of update, the convenience of editing work, and the like, and is limited to the above example. Is not to be done.

  <Student Terminal> Next, the configuration of a student terminal that can be applied to a training system for such a financial product trading operation method will be described.

  The student terminal CA of the present invention constitutes a financial product buying and selling operation method learning system, and can be composed of, for example, a personal computer. Like the student terminal C1 in FIG. It is connected to other elements that make up the system.

  Further, a learning basic program EXE is incorporated in each of the student terminals CA1, CA2,. The training basic program EXE is a program that can be downloaded in response to a request from the student terminal CA constituting the learning system of the present invention, and is responsible for control and execution in the student terminal. The training core program EXE can provide a common learning environment for each student through learning without depending on the type and number of virtual markets that the student can access.

  As described above, in the learning system of this embodiment, the learning management processing means 2A and the student terminals CA1, CA2,... Constitute a so-called client = server system via the Internet. As long as the client = server system is realized, the system configuration has a certain degree of freedom.

  For example, the market management database 4 and the institution management database 5 may be provided in the teaching management processing means 2A, and the editing means EDITOR may be configured as one function of the administrator terminal K without being an independent device. Good.

In the present embodiment, a system configuration will be described in which a plurality of students are connected to each other via a LAN and access to a scenario-specific data set DS via the Internet to attend a financial product trading method training. This can be applied to, for example, in-house training or university lessons, where a LAN is constructed using a server on the premises and the financial product buying and selling method according to the present invention is taught.

  FIG. 2 shows an example of a system configuration when a student participates in learning through such a LAN.

  In this embodiment, as shown in FIG. 2, a market process group 21, an institutional process group 22, a management authority process 23, a news service process 24, a virtual trader process 25A, and the like are formed in the learning management processing means 2B to form a LAN. The student terminals CA1, CA2,... Are connected to the learning management processing means 2B as the LAN.

  In this embodiment, the scenario-specific data set group DSS is stored not in the training management processing means 2B but in the scenario management processing means SS.

  Accordingly, each student first has access to the scenario-specific data set DS via the lesson management processing means 2B as a LAN and further via the Internet.

  Other configurations can be configured in the same manner as in the first embodiment.

In the present embodiment, a system configuration when each student takes a lesson in a stand-alone state will be described. For example, in an environment where constant Internet connection is inconvenient or when an interactive relationship with another student is not required, the student can buy and sell the financial product according to the present invention alone with a virtual trader. Applicable when taking operational method training.

  FIG. 3 shows a system configuration in the present embodiment, FIG. 6 is a functional block diagram showing the student terminal CA in the present embodiment, and FIG. 7 shows addresses provided in the student terminal CA in the present embodiment. It is the figure which showed an example of the table.

  In FIG. 3, each student terminal stores a training basic program EXE and a virtual market process BM. Here, the virtual market process BM is a process having the same functions as all the processes in the training management processing means 2B in the second embodiment (FIG. 2). Specifically, the market process group 21 and the engine process group 22 , A management authority process 23, a news service process 24, a virtual trader process 25A, and the like.

  The training basic program EXE and the virtual market process BM can be downloaded or hard-coded in advance to each student terminal CA, but may be downloaded via the Internet I as necessary.

  On the other hand, the scenario-specific data set group DSS is stored in the scenario management processing means SS. Each student accesses the scenario-specific data set DS via the Internet I. In FIG. 3, scenario-specific data sets DS1 and DS2 are downloaded to the student terminal CA1, and only the scenario-specific data set DS1 is downloaded to the student terminal CA2, while the student terminals CA3 and CA4 are downloaded. This shows that the scenario-specific data set DS has not yet been downloaded.

  Similarly to the first embodiment, the editing unit EDITOR can edit individual scenario-specific data sets DS in the scenario-specific data set group DSS via the network.

  FIG. 6 is a functional block diagram showing the student terminal CA of the present embodiment. This student terminal CA can be composed of a personal computer, for example. As shown in FIG. 6, the student terminal CA is provided with a central processing unit CPU, a main storage unit MM, a communication control unit TC, and an auxiliary storage unit CM, which are connected to each other via a bus BS. .

  The central processing means CPU is for controlling the entire student terminal CA, and executes the operating system OS and the financial product trading operation method learning program APL in the main memory means MM. The main memory means MM stores an operating system OS and a financial product trading operation method learning program APL.

  The operating system OS is composed of various programs for managing the student terminal CA, load management means LM for downloading the scenario-specific data set DS, and table management means for rewriting information in the address table AT. Has TM. Such an operating system OS may be configured as a dedicated OS. However, the existing LINUX (registered trademark) or MS-DOS (registered trademark) or even Windows (executed in the MS-DOS (registered trademark) environment) A general-purpose OS such as a registered trademark may be used. When a general-purpose OS is used, the financial product trading operation method learning program APL can be configured as a macro or add-in software in general-purpose spreadsheet software such as Excel (registered trademark).

  The student terminal CA described above is connected to the Internet I.

  The load management means LM loads the training basic program EXE and the scenario-specific data set DS from the Internet I into the free area of the main storage means MM or the auxiliary storage means CM. The table management means TM secures the address table AT on the main storage means MM and manages the contents of the address table AT. When a new scenario-specific data set DS is loaded into the main storage means MM by the load management means LM, the table management means TM writes an entry address at a corresponding location in the address table AT according to the scenario code. Similarly, when reading from the auxiliary storage means CM and holding it on the main storage means MM, the contents of the address table AT are rewritten as necessary.

  Financial product trading operation method learning program APL is a general term for the above-mentioned training basic program EXE, virtual market process BM, and downloaded scenario-specific data set DS. It is a program for creating an environment. Now, this financial product buying and selling operation method training program APL can provide a plurality of markets corresponding to each scenario to the students at the same time by reading a plurality of scenario-specific data sets DS. In the financial product trading operation method training program APL, the scenario call command is a command for calling the scenario-specific data set DS corresponding to the virtual market to be provided, and the entry address of the call destination is included in the scenario call command. The entry address is obtained by referring to the address table AT.

  For example, when the address table AT shown in FIG. 7 indicates “80001000” as the address of the scenario code = “1” of the scenario-specific data set DS, the scenario-specific data set DS with the scenario code = “1” as an argument. Is read, the stock market data set DS1 stored in the corresponding entry address “80001000” is read.

  The address table AT holds a scenario code as an identifier, an entry address on the main storage means MM, an address valid flag, and an access permission flag for each scenario data set DS required by the financial product trading operation method training program APL. ·Record. For example, when the stock option market data set DS2 with scenario code = “2” is newly used after the stock market data set DS1 with scenario code = “1” is used, the stock option market data set DS2 is used. Is loaded, the entry address corresponding to the scenario code = "2" in the address table AT is written. The address valid flag is initially reset to “0”, but is set to “1” when the data set DS is loaded and a valid entry address can be defined. This prevents invalid data from being read due to an operation error or the like. The access permission flag is initially reset to “0”, but is set to “1” when the student obtains permission to access the data set DS (that is, the corresponding virtual market). . This prevents access to the data set DS by students who are not allowed access. However, each time a student is permitted access, if the data set DS corresponding to a new scenario code is controlled to be loaded, both the address valid flag and the access permission flag are necessarily required. is not.

  The communication control means TC is for executing communication with other components of the financial product buying and selling technique learning system via the Internet I. For example, the communication control means TC is permitted according to the level of the student. The data set DS of a new scenario is used for downloading from the Internet I to the student terminal C. The auxiliary storage means CM can be composed of a magnetic storage device or the like used as a secondary storage device in the student terminal C. If necessary, the financial product trading operation method learning program APL, the scenario-specific data set DS, etc. Various programs and files are stored.

  Next, an example of specific contents of the address table AT will be described with reference to FIG. Here, when the financial product trading method training program APL has a stock market data set DS1 with scenario code “1”, a stock option market data set DS2 with scenario code “2” is added. The case to do is explained.

  In the address table AT before addition, for the stock market data set DS1 (scenario code = “1”), an entry address (= “80001000”) and a data valid flag (= ”) are entered in the column of scenario code =“ 1 ”. 1 ") and an access permission flag (=" 1 ") have already been written.

  When the stock option market data set DS2 (scenario code = “2”) is added, when the data set DS2 is loaded into the main storage means MM by the load management means LM, the table management means TM has its entry address. ("80002000") is written in the column corresponding to scenario code = "2" in the address table AT, and the data valid flag is set to "1". If the addition of the stock option market data set DS2 is based on the access permission for the student, the access permission flag is already set from “0” to “1”. Thereafter, in the financial product trading method training program APL, for a scenario call command for accessing the stock option market data set DS2 (scenario code = “2”), a corresponding entry is made based on information in the address table AT. The address “8000000000” will be called.

  <Program Transfer> Next, the procedure for downloading to the student terminal in order to add the scenario-specific data set DS in the financial product trading method learning program APL of this embodiment will be described with reference to FIG.

Here, the administrator assigns an access permission to a specific scenario-specific data set DS according to the level of the student or according to the student's request, so that the scenario management processing unit SS provides the scenario-specific data set DS. A case where the data set DS is read into the student terminal CA and becomes usable will be described.

  In this case, for example, when newly permitting a specific student to access the stock option market with scenario code = “2”, the administrator corresponds to scenario code = “2” in the address table AT. Set the access permission flag to "1".

  Therefore, first, in S1, it is determined whether or not the access permission flag corresponding to the scenario code = “2” is set to “1”. If the access permission flag remains reset to “0”, a message indicating that access is not permitted is displayed in S5, and the process ends in S6. On the other hand, if the access permission flag is set to “1” in S1, the object code of the scenario-specific data set DS2 with the scenario code = “2” is read from the scenario management means SS via the Internet I in S2. To the free area of the main storage means MM of the user terminal CA. Here, it is assumed that the added entry address is “8000000000”. Subsequently, in S3, the entry address “80002000” is written in the address column corresponding to the scenario code = “2” in the address table AT. Subsequently, in S4, the address valid flag corresponding to the scenario code = "2" in the address table AT is set to "1", and the process ends in S6.

  When this student accesses the new scenario-specific data set DS corresponding to the stock option market, it is possible only when both the access permission flag and the address valid flag are set to "1". A student terminal can be configured.

  As described above, in the present invention, the training basic program EXE and the scenario-specific data set DS are configured as independent components, and the financial product buying and selling operation method training program is particularly seen in the third embodiment. The APL is composed of a basic training program EXE, a scenario-specific data set DS, and a virtual market process BM each having an independent structure.

  In each of the embodiments described above, the scenario-specific data set DS includes registration attribute information that can be predetermined for each virtual market or financial product, and setting attribute information that can be freely set for each individual issue. As described above, assuming that only a single virtual market is to be conducted and learning about a plurality of aspects (for example, a bubble aspect and a major recession aspect), the registered attribute information is integrated with the educational core program EXE. By configuring, it is possible to make the scenario-specific data set DS consist only of setting attribute information. In this case, the cost and time of program development for adding the scenario-specific data set DS are further reduced, and the time for downloading to the student terminal CA and the number of traffics for the time are further reduced.

  The invention of the present application encompasses technical ideas, implementations, implementation acts, and the like equivalent to the invention of the present application. Therefore, the products handled in the virtual market are not limited to existing financial products. If there is a certain level of liquidity, existing general products or new products that appear after filing this application will be handled in the same way. The present invention can be applied. In addition, the programming technique, program structure, program transfer method, system configuration, and the like do not exclude equivalents newly realized after filing this application.

  The present invention is based on the previous invention, and is an improvement of the program and transfer method therefor, and thus inherits the superiority and technical effect of the previous invention without impairing it.

It is a functional block diagram showing 1st embodiment of the learning system which concerns on this invention. It is a functional block diagram showing 2nd embodiment of the learning system which concerns on this invention. It is a functional block diagram showing 3rd embodiment of the learning system which concerns on this invention. It is a functional block diagram showing the virtual trader process of this invention. It is a functional block diagram showing the relationship between the edit means of this invention, a learning management process means, or a scenario management process means. It is a functional block diagram showing the student terminal which concerns on the 3rd Example of this invention. It is a figure showing an example of the address table which concerns on the 3rd Example of this invention. In the 3rd Example of this invention, in order to add a data set classified by scenario, it is a flowchart showing an example in the case of downloading to a student terminal from a scenario management process means. It is a functional block diagram of one embodiment of a learning system according to the previous invention. It is a flowchart explaining the processing procedure of the order in the Zaraba system stock market process, and a contract. It is an example of the board screen provided to a student terminal from a stock market process. 11 is a flowchart of a subroutine SUB1 in FIG. 13 is a flowchart of a subroutine SUB2 in FIG. 13 is a flowchart of a subroutine SUB3 in FIG.

Explanation of symbols

2A Teaching management processing means according to Embodiment 1 of the present invention 2B Teaching management processing means according to Embodiment 2 of the present invention 25A Virtual trader process of the present invention CT (S) Dispersal trader CT (M) Market maker CT (R) Reverse Tension Trader CT (I) Impact Trader EDITOR Editing Tool REDIT Registration Editor IEDIT Setting Editor APL Financial Product Trading Management Method Training Program EXE Core Training Program BM Virtual Market Process SS Scenario Management Processing Method DS Scenario-Specific Data Set DSS Scenario-Specific Data Set Group CA Student terminal of the present invention CPU Central processing means MM main storage means TC communication control means CM auxiliary storage means BS bus I Internet OS operating system LM load management means TM table management Step AT address table 1 Teaching system 2 Processing means 21 Market process group 211 Stock market process 212 Bond market process 213 Exchange market process 214 Borrowed market process 215 Spot commodity market process 216 Option market process 22 Institutional process group 221 A Securities company process 222 B Securities Company Process 223 C Bank Process 224 D Life Insurance Process 23 Management Authority Process 24 News Service Process 25 Virtual Trader Process 26 Pricer Providing Means 27 Level Diagnosis Means 28 Student Selection Means 3 Communication Means 4 Market Management Database 41 Stock Market Management File 42 Bond Market Management File 43 Exchange Market Management File 44 Borrowed Market Management File 45 Spot Goods Market Management File 46 Option Market Management Airu 5 engine management database 51 A securities company management file 52 B securities company management file 53 C bank management file 54 D life insurance management file C student terminals K administrator terminal

Claims (3)

A client terminal and a communication means connected to the Internet, and a computer network comprising a learning management processing means, an editing means, a market management database, an institution management database, and an administrator terminal connected to each other via the communication means. A financial product trading operation training system that forms a server system and forms a virtual market for buying and selling virtual financial products,
The training management processing means holds a registration-specific attribute information predetermined for each of the virtual market and the virtual financial product, and a scenario-specific data set consisting of setting attribute information determined for each virtual brand of the virtual financial product,
The registration attribute information includes virtual news registration attributes and virtual trader types,
The setting attribute information includes, as impact parameters set for each virtual news, parameters specified in advance for impact occurrence time, impact deviation rate, number of impacts and dividend amount or interest rate,
The editing means has a function of editing the registered attribute information and the setting attribute information according to an input from an administrator, or creating the scenario-specific data set,
The market management database holds virtual stock order data and contract data as the virtual financial product as a stock market management file,
The institution management database holds order data, execution data and balance data of the virtual stock as a securities company management file,
The communication means transmits information between the learning management processing means, the editing means, the market management database, the institution management database, the administrator terminal, and the student terminal connected via the Internet,
The student terminal has a function of displaying the balance data and the final sale price transmitted via the communication means and the Internet, and a function of inputting an order according to the operation of the student,
The learning management processing means, in order to form a learning environment in the student terminal in which the price of the virtual stock is determined only by buying and selling in the virtual market based on the content of the data set by scenario,
As a news service process, the virtual news is distributed and displayed to the student terminal via the communication means and the Internet according to the preprogrammed contents and release timing as the registration attribute,
As a virtual trader process, the said virtual traders said that by buying and selling virtual shares constitute a multi-agent system entered in the virtual marketplace according to the virtual marketplace in its own rules for each of the virtual trader into a plurality of virtual traders attendance In order to allow the virtual traders to buy and sell the virtual stock with the students who use the terminal, and also to buy and sell the virtual stock between the virtual traders, the virtual trader inputs a sell order or a buy order. Let
Based on said registration attribute information, at least one of said virtual traders, the buy repeated several specific brand based on the impact parameter corresponding to the contents of the virtual news times, or the impact traders sell repeated several times,
As a securities company process,
When there is an order input from the virtual trader, the order data is received,
When an order is input from the student terminal , after processing the step (S1) of receiving order data via the communication means ,
Processing the step (S2) of checking whether there is an error in the order format, and then processing the step (S3) of recording the order data in the securities company management file;
As a stock market process, after the step (S4) of recording the order data in the stock market management file, a step (S5) of calling a subroutine SUB1 is processed,
As the subroutine SUB1, a step of determining whether the order is a sell order or a buy order (S51) is first processed. If it is a sell order, a subroutine SUB2 is called, and if it is a buy order, a subroutine SUB3 is called (S53). Process
In the subroutine SUB2, as a selling order matching process, first, a step (S521) of checking whether there is a market buying order process is processed,
If there is a market buy order, the matching step (S522) is processed,
If there is no market buy order, a step (S523) of checking whether or not there is a limit buy order higher than the price of the sell order is processed;
If there is a limit buy order that is equal to or higher than the price of the sell order, a step of matching from an order with a higher price (S524) is processed,
As a step (S525) of checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether or not there is a buying order for the market (S521),
If the number of trades and the number of orders are equal, return
If there is no limit buy order over the price of the sell order , return,
In the subroutine SUB3, as a buy order matching process, first, a step (S531) of checking whether there is a market sell order is processed,
If there is a market sell order, the matching step (S532) is processed,
If there is no market selling order, a step (S533) of checking whether or not there is a limit selling order less than the price of the buying order is processed;
When there is a limit selling order that is higher than the price of the buy order, a matching step (S534) from an order with a lower price is processed,
As a step (S535) for checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether there is a selling order for the market (S531),
If the number of trades and the number of orders are equal, return
Return if there is no limit sell order below the price of the buy order,
Processing a step (S54) of checking whether or not there is a contract in the subroutine SUB2 or the subroutine SUB3;
If there is no execution, return
If there is a contract, the process of updating the final sale price (S55) is processed and the process returns.
After processing the step (S6) of updating the final sale price displayed on the student terminal based on the contract result, the contract data representing the content of the contract is recorded in the stock market management file. Processing step (S7),
After processing the step (S8) of recording the contract data in the securities company management file as a securities company process, the step of collating the contract data with the order data recorded in the securities company management file (S9) The balance data is recorded in the securities company management file, and the balance data is transmitted to the student terminal via the communication means, and the balance information displayed on the student terminal Is updated (S10),
As the management authority process, the order data, the contract data, the balance data, and the final sale price recorded as trends of the stock market process and the securities company process are displayed on the screen of the administrator terminal. Financial product trading management training system. Learning management processing means connected to each other via communication means, market management database, institution management database, LAN configured by the administrator terminal and the student terminal, the Internet to which the LAN is connected via the communication means, and A financial product trading operation training system that forms a client = server system by a computer network comprising scenario management processing means and editing means connected to each other and connected to the Internet, and forms a virtual market for buying and selling virtual financial products. There,
The scenario management processing means holds a scenario-specific data set consisting of registration attribute information predetermined for each of the virtual market and the virtual financial product, and setting attribute information determined for each virtual brand of the virtual financial product,
The registration attribute information includes virtual news registration attributes and virtual trader types,
The setting attribute information includes, as impact parameters set for each virtual news, parameters specified in advance for impact occurrence time, impact deviation rate, number of impacts and dividend amount or interest rate,
The editing means has a function of editing the registered attribute information and the setting attribute information according to an input from an administrator, or creating the scenario-specific data set,
The market management database holds virtual stock order data and contract data as the virtual financial product as a stock market management file,
The institution management database holds order data, execution data and balance data of the virtual stock as a securities company management file,
The communication means includes the learning management processing means, the market management database, the institution management database, the administrator terminal and the student terminal, and the scenario management processing means and the editing means connected via the Internet. Communicate information between and
The student terminal has a function of displaying the balance data and the final sale price transmitted via the communication means and the Internet, and a function of inputting an order according to the operation of the student,
The learning management processing means, in order to form a learning environment in the student terminal in which the price of the virtual stock is determined only by buying and selling in the virtual market based on the content of the data set by scenario,
As a news service process, the virtual news is distributed and displayed to the student terminal via the communication means and the Internet according to the preprogrammed contents and release timing as the registration attribute,
As a virtual trader process, the said virtual traders said that by buying and selling virtual shares constitute a multi-agent system entered in the virtual marketplace according to the virtual marketplace in its own rules for each of the virtual trader into a plurality of virtual traders attendance In order to allow the virtual traders to buy and sell the virtual stock with the students who use the terminal, and also to buy and sell the virtual stock between the virtual traders, the virtual trader inputs a sell order or a buy order. Let
Based on said registration attribute information, at least one of said virtual traders, the buy repeated several specific brand based on the impact parameter corresponding to the contents of the virtual news times, or the impact traders sell repeated several times,
As a securities company process,
When there is an order input from the virtual trader, the order data is received,
When there is an input of orders from the student terminal, after processing the step (S1) for receiving orders data via said communication means,
Processing the step (S2) of checking whether there is an error in the order format, and then processing the step (S3) of recording the order data in the securities company management file;
As a stock market process, after the step (S4) of recording the order data in the stock market management file, a step (S5) of calling a subroutine SUB1 is processed,
As the subroutine SUB1, a step of determining whether the order is a sell order or a buy order (S51) is first processed. If it is a sell order, a subroutine SUB2 is called, and if it is a buy order, a subroutine SUB3 is called (S53). Process
In the subroutine SUB2, as a selling order matching process, first, a step (S521) of checking whether there is a market buying order process is processed,
If there is a market buy order, the matching step (S522) is processed,
If there is no market buy order, a step (S523) of checking whether or not there is a limit buy order higher than the price of the sell order is processed;
If there is a limit buy order that is equal to or higher than the price of the sell order, a step of matching from an order with a higher price (S524) is processed,
As a step (S525) of checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether or not there is a buying order for the market (S521),
If the number of trades and the number of orders are equal, return
If there is no limit buy order over the price of the sell order , return,
In the subroutine SUB3, as a buy order matching process, first, a step (S531) of checking whether there is a market sell order is processed,
If there is a market sell order, the matching step (S532) is processed,
If there is no market selling order, a step (S533) of checking whether or not there is a limit selling order less than the price of the buying order is processed;
When there is a limit selling order that is higher than the price of the buy order, a matching step (S534) from an order with a lower price is processed,
As a step (S535) for checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether there is a selling order for the market (S531),
If the number of trades and the number of orders are equal, return
Return if there is no limit sell order below the price of the buy order,
Processing a step (S54) of checking whether or not there is a contract in the subroutine SUB2 or the subroutine SUB3;
If there is no execution, return
If there is a contract, the process of updating the final sale price (S55) is processed and the process returns.
After processing the step (S6) of updating the final sale price displayed on the student terminal based on the contract result, the contract data representing the content of the contract is recorded in the stock market management file. Processing step (S7),
After processing the step (S8) of recording the contract data in the securities company management file as a securities company process, the step of collating the contract data with the order data recorded in the securities company management file (S9) The balance data is recorded in the securities company management file, and the balance data is transmitted to the student terminal via the communication means, and the balance information displayed on the student terminal Is updated (S10),
As the management authority process, the order data, the contract data, the balance data, and the final sale price recorded as trends of the stock market process and the securities company process are displayed on the screen of the administrator terminal. Financial product trading management training system. Scenario management processing means connected to each other via the communication means, editing means and the administrator terminal, the Internet connected to the communication control means, and, from the student terminals to be connected to the Internet via the communication control unit A financial product trading operation training system that forms a virtual market for buying and selling virtual financial products through a computer network,
The scenario management processing means holds a scenario-specific data set consisting of registration attribute information predetermined for each of the virtual market and the virtual financial product, and setting attribute information determined for each virtual brand of the virtual financial product,
The registration attribute information includes virtual news registration attributes and virtual trader types,
The setting attribute information includes, as impact parameters set for each virtual news, parameters specified in advance for impact occurrence time, impact deviation rate, number of impacts and dividend amount or interest rate,
The editing means has a function of editing the registered attribute information and the setting attribute information according to an input from an administrator, or creating the scenario-specific data set,
The student terminal has a function of displaying balance data and a final sale price, a function of inputting an order according to a student's operation, and the scenario management processing means via the communication means, the Internet and the communication control means. A function for downloading the stored data set according to the scenario, a market management database, an institution management database,
The market management database holds virtual stock order data and contract data as the virtual financial product as a stock market management file,
The institution management database holds order data, execution data and balance data of the virtual stock as a securities company management file,
The communication means, the scenario management processing means, said editing means, to communicate information between the administrator terminal, and the Internet,
The communication control means transmits information between the Internet and the student terminal,
The student terminals, in order to form a training environment where the price of the virtual stock based on the contents of the scenario-specific data set is determined only by trading in the virtual marketplace to the student terminal,
Downloading the scenario-specific data set stored in the scenario management processing means via the Internet and the communication control means,
As a news service process, the virtual news is displayed on the student terminal according to the preprogrammed content and release timing as the registration attribute,
As a virtual trader process, the said virtual traders said that by buying and selling virtual shares constitute a multi-agent system entered in the virtual marketplace according to the virtual marketplace in its own rules for each of the virtual trader into a plurality of virtual traders attendance In order to allow the virtual traders to buy and sell the virtual stock with the students who use the terminal, and also to buy and sell the virtual stock between the virtual traders, the virtual trader inputs a sell order or a buy order. Let
Based on said registration attribute information, at least one of said virtual traders, the buy repeated several specific brand based on the impact parameter corresponding to the contents of the virtual news times, or the impact traders sell repeated several times,
When an order is input from the student terminal or the virtual trader as a securities company process, a step of receiving order data (S1) is processed, and then an error is detected in the order format (S2). And processing the step (S3) of recording the order data in the securities company management file,
As a stock market process, after the step (S4) of recording the order data in the stock market management file, a step (S5) of calling a subroutine SUB1 is processed,
As the subroutine SUB1, a step of determining whether the order is a sell order or a buy order (S51) is first processed. If it is a sell order, a subroutine SUB2 is called, and if it is a buy order, a subroutine SUB3 is called (S53). Process
In the subroutine SUB2, as a selling order matching process, first, a step (S521) of checking whether there is a market buying order process is processed,
If there is a market buy order, the matching step (S522) is processed,
If there is no market buy order, a step (S523) of checking whether or not there is a limit buy order higher than the price of the sell order is processed;
If there is a limit buy order that is equal to or higher than the price of the sell order, a step of matching from an order with a higher price (S524) is processed,
As a step (S525) of checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether or not there is a buying order for the market (S521),
If the number of trades and the number of orders are equal, return
If there is no limit buy order over the price of the sell order , return,
In the subroutine SUB3, as a buy order matching process, first, a step (S531) of checking whether there is a market sell order is processed,
If there is a market sell order, the matching step (S532) is processed,
If there is no market selling order, a step (S533) of checking whether or not there is a limit selling order less than the price of the buying order is processed;
When there is a limit selling order that is higher than the price of the buy order, a matching step (S534) from an order with a lower price is processed,
As a step (S535) for checking whether or not the total number of orders has been executed,
When the number of contracts is smaller than the number of orders, the process returns to the step of checking whether there is a selling order for the market (S531),
If the number of trades and the number of orders are equal, return
Return if there is no limit sell order below the price of the buy order,
Processing a step (S54) of checking whether or not there is a contract in the subroutine SUB2 or the subroutine SUB3;
If there is no execution, return
If there is a contract, the process of updating the final sale price (S55) is processed and the process returns.
After processing the step (S6) of updating the final sale price displayed on the student terminal based on the contract result, the contract data representing the content of the contract is recorded in the stock market management file. Processing step (S7),
After processing the step (S8) of recording the contract data in the securities company management file as a securities company process, the step of collating the contract data with the order data recorded in the securities company management file (S9) And processing the step (S10) of updating the balance information displayed on the student terminal based on the balance data after recording the balance data in the securities company management file,
As the management authority process, the order data, the contract data, the balance data, and the final sale price recorded as trends of the stock market process and the securities company process are displayed on the screen of the administrator terminal. Financial product trading management training system.

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