JP6498588B2 - Information distribution system and information distribution method - Google Patents

Description

  The present invention relates to an information distribution system and an information distribution method, and more specifically, to a technique for efficiently and quickly changing the configuration of a display screen and accompanying information display in a passenger guidance system.

  In order to improve the convenience and satisfaction of railway users, there is a passenger guidance system that provides various information related to railway operation status and train schedules. In this passenger guidance system, information distributed from other systems such as an operation management system is stored in a database and displayed on an output device such as a display installed at a ticket gate in a station or on a platform.

  The screen displayed on such an output device may be changed in configuration in accordance with various opportunities such as business development of railway companies and schedule revisions. When a person in charge of the passenger guidance system wants to add or change a predetermined information item on the screen, a new data item corresponding to the information item in the above database is defined based on the data schema definition document. Work is required.

  Therefore, as a technique for reducing such complicated work, for example, an information processing apparatus that creates a layout in a display screen based on a format of a search result obtained as a result of executing a query for specifying a search condition for a search service The query for obtaining the search result to be displayed on an object for displaying a value corresponding to a data item included in the plurality of search results laid out in the display screen. Obtained by requesting the search service using the query accepted by the query accepting means, and the search result obtaining means obtained by the search result obtaining means. An object for displaying values corresponding to data items included in the search results An information processing apparatus having an object creation means for creating (see Patent Document 1) has been proposed.

JP 2013-65273 A

  However, in the prior art, when there are many tables and data items in the database, the search conditions for the search query (SQL sentence) associated with the information item also increase. For this reason, setting search conditions requires careful and focused work such as selecting an appropriate processing logic with reference to all data schemas. Therefore, the load on the person in charge of the work is still large, and there is a concern that work mistakes are likely to occur.

  In addition, if complicated and time-consuming work is performed as described above, it is possible to cope with a situation in which promptness is required, such as providing urgent information to a railway user, such as a sudden stoppage due to a weather phenomenon. Absent. Therefore, there is a possibility that necessary information cannot be provided to railway users at an appropriate timing. On the other hand, when the information to be displayed by such a passenger guidance system is generated and distributed by an important system such as an operation management system, the important system is subjected to a load other than the original work. In addition, if a communication failure occurs between the important system and the passenger guidance system, the passenger guidance system may not be able to obtain the display target information itself.

  Accordingly, an object of the present invention is to provide a technique for efficiently and quickly changing the configuration of a display screen and accompanying information display in a passenger guidance system.

  The information distribution system of the present invention that solves the above problems includes a storage device storing a library of processing logic that extracts data of predetermined items from train schedule data, and designation of addition or change of information for passenger guidance. Assignment logic that accepts information from the user via the application and applies the information indicated by the designation to a predetermined algorithm that determines processing logic based on the attribute of the information item to be extracted, and estimates the assignment logic to be adopted according to the designation The estimation process and the allocation logic are called from the library, data of a predetermined item defined by the allocation logic is read from the train diagram data, the read data is applied to the allocation logic and executed, and the allocation is performed by the execution. Executes data distribution processing to distribute passenger guidance information obtained from logic to a specified device Characterized in that it comprises a computing device.

  Further, in the information distribution method of the present invention, an information processing system including a storage device that stores a library of processing logic for extracting data of predetermined items from train diagram data designates addition or change of passenger guidance information, Receives information from the user via a predetermined device, applies the information indicated by the specification to a predetermined algorithm that determines processing logic based on the attribute of the information item to be extracted, and estimates the allocation logic to be adopted according to the specification The allocation logic estimation processing to be performed, the allocation logic is called from the library, data of a predetermined item defined by the allocation logic is read from the train diagram data, the read data is applied to the allocation logic and executed, Data distribution processing for distributing passenger guidance information obtained from the allocation logic by execution to a predetermined device; Characterized in that it run.

  According to the present invention, the configuration change of the display screen and the accompanying information display in the passenger guidance system can be made efficient and quick.

It is a figure which shows the network structural example containing the information delivery system of this embodiment. It is a figure which shows the hardware structural example of the information delivery system of this embodiment. It is a figure which shows the data format example of the train schedule data table of this embodiment. It is a figure which shows the example of a data format of the information item name ontology table of this embodiment. It is a figure which shows the example of the data extraction process logic program library of this embodiment. It is a figure which shows the data format example of the processing logic information definition table of this embodiment. It is a figure which shows the example 1 of a flow in the information delivery method of this embodiment. It is a figure which shows the example 2 of a flow in the information delivery method of this embodiment. It is a figure which shows the example of a screen specification document of the guidance screen in the passenger guidance system of this embodiment. It is a figure which shows the example 1 of a screen in this embodiment. It is a figure which shows the example of a data format of the allocation logic estimation result storage table of this embodiment. It is a figure which shows the data format example 1 of the estimation result storage table of this embodiment. It is a figure which shows the data format example 2 of the estimation result storage table of this embodiment. It is a figure which shows the data format example of the allocation logic storage table of this embodiment. It is a figure which shows the data format example of the execution logic definition file of this embodiment. It is a figure which shows the example 3 of a flow in the information delivery method of this embodiment. It is a figure which shows the data format example 1 of the output data by the processing logic of this embodiment. It is a figure which shows the data format example 2 of the output data by the processing logic of this embodiment. It is a figure which shows the data format example 3 of the output data by the processing logic of this embodiment. It is a figure which shows the data format example 4 of the output data by the processing logic of this embodiment. It is a figure which shows the data format example 5 of the output data by the processing logic of this embodiment. It is a figure which shows the example 4 of a flow in the information delivery method of this embodiment. It is a figure which shows the data format example 6 of the output data by the processing logic of this embodiment. It is a figure which shows the data format example 7 of the output data by the processing logic of this embodiment.

--- Network configuration ---

  Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a network configuration diagram including an information distribution system 100 of the present embodiment. An information distribution system 100 shown in FIG. 1 is a computer system that efficiently and quickly changes the configuration of a display screen in the passenger guidance system 400 and information display associated therewith.

  The information distribution system 100 in the present embodiment is connected to the input terminal 200, the external system 300, and the passenger guidance system 400 via the dedicated line 10 so that they can communicate with each other.

  Among these, the input terminal 200 is a computer terminal operated by a user in charge of changing the configuration of the display screen in the passenger guidance system 400. The input terminal 200 holds a file of a screen specification 900 (FIG. 9: described later) relating to the passenger guidance system 400 in the storage device 201 and displays the file on the display device 206 in response to an instruction from the input device 205. Is preferable. The input terminal 200 is also a terminal that obtains a logic assignment screen 1100 described later from the information distribution system 100 and displays it on the display device 206.

  The external system 300 is a server device that manages train schedules (plan schedule, implementation schedule, prediction schedule, etc.) such as an existing operation management system. The external system 300 monitors the operation status of the train using various resources of the railway facility, and updates the train schedule as necessary. The external system 300 distributes the train diagram data 301 via the dedicated line 10 to the information distribution system 100 of the present embodiment.

Further, the passenger guidance system 400 receives data distribution from the information distribution system 100, sets the data obtained here in a predetermined display format, and displays a screen showing the destination of the departure train, the departure time, the number of trains, etc. It is a server device that is generated and displayed on a liquid crystal display in a station premises. Passenger guidance system 400 may distribute the generated screen to a portable information terminal such as a mobile phone or a smartphone of the passenger.

  On the other hand, the information distribution system 100 of this embodiment includes an allocation logic estimation unit 110, a similar logic estimation unit 111, a data storage unit 112, a user interface unit 119, a data distribution unit 122, and a communication unit 123 as functional units. Yes. These functional units can be said to be implemented by executing a program 102 included in the information distribution system 100, for example.

  Of these, the allocation logic estimation unit 110 receives the information item name input by the user via the logic allocation screen 1100 (FIG. 10: details will be described later) on the input terminal 200, and stores the information item name ontology table 117 (FIG. 4). : The functional unit that estimates the allocation logic by collating with (details will be described later). The allocation logic estimation unit 110 stores the estimated allocation logic information in an allocation logic storage table 114 (FIG. 14: details will be described later) and an estimation result storage table 115 (FIG. 12: details will be described later).

  In addition, the similar logic estimation unit 111 refers to the estimation result storage table 115 and identifies the allocation logic stored in the estimation result storage table 115. In addition, the similar logic estimation unit 111 refers to the processing logic information definition table 116 (FIG. 6: details will be described later) regarding the specified allocation logic, and inputs the input information type 1072, the parameter 1073, and the output information item 1074 of the allocation logic. Get each value. Further, the similar logic estimation unit 111 includes at least input among the values of the input information type 1072, the parameter 1073, and the output information item 1074 acquired above among the processing logics defined in the processing logic information definition table 116. For two of the information type 1072 and the output information item 1074, processing logic that completely matches is estimated as similar logic, and this estimation result is stored in the estimation result storage table 115 (FIG. 13: described later).

  Further, the user interface unit 119 receives a designation of an information item on the screen displayed on the passenger guidance system 400 from the user based on the screen specification 900 regarding the passenger guidance system 400 and generates processing information. This is a functional unit that generates a logic assignment screen 1100 for accepting user operations such as assignment approval. The user interface unit 119 updates the allocation logic storage table 114 and the execution logic definition file 121 based on the approval received from the user via the logic allocation screen 1100.

  In addition, the data distribution unit 122 refers to the execution logic definition file 121 at a predetermined cycle, acquires a defined processing logic name (which is an allocation logic name), and retrieves the corresponding processing logic from the data extraction processing logic program library 120. This is called and executed, and the output result of this processing logic is distributed to the passenger guidance system 400 via the communication unit 123. The output result of the processing logic will be described later.

The communication unit 123 communicates with the external system 300 and the passenger guidance system 400 via the dedicated line 10 to transmit and receive data. The data transmitted and received by the communication unit 123 is assumed to be a train schedule. The train schedule is the train number that is the ID of the running train, the stop station of the train, the time at the stop station, the type of train schedule (plan, implementation, performance, etc.), destination, and time attributes (departure or Data having attribute information indicating arrival) as a data item, and stored in the train diagram data table 113.

It should be noted that the tables used by such functional units for processing are stored in the data storage unit 112 in the storage device of the information distribution system 100. Details of the tables stored in the data storage unit 112 will be described later. In addition, a data extraction processing logic program library 120 and an execution logic definition file 121 (described later) used by the functional unit are also stored in the data storage unit 112 in the storage device of the information distribution system 100.

  Among these, the data extraction processing logic program library 120 is a library of programs constituting processing logic for extracting data from the train diagram data table 113. This program is modularized for each target process, that is, for each processing logic, and stored in the data extraction processing logic program library 120.

The data extraction processing logic program library 120 in this embodiment stores each value in the processing logic name 1071 column of the processing logic information definition table 116 (FIG. 6), that is, a program corresponding to each processing logic. As such a program, for example, a program of processing logic modularized in units necessary for performing data distribution toward a departure sign screen that displays a list of trains leaving a certain station can be assumed.
--- Hardware configuration ---

  Further, the hardware configuration of the information distribution system 100 of the present embodiment is as follows. FIG. 2 is a diagram illustrating a hardware configuration example of the information distribution system 100.

  The information distribution system 100 includes a storage device 101 composed of appropriate nonvolatile storage elements such as an HDD (hard disk drive), a memory 103 composed of volatile storage elements such as RAM, and a program 102 held in the storage device 101. The CPU 104, which is executed by reading out to 103 and performing overall control of the apparatus itself, performs various determinations, calculations, and control processes, the input apparatus 105 that receives key input and voice input from the user, and displays processing data. An output device 106 such as a display, and a communication device 107 connected to the dedicated line 10 and responsible for communication processing with other devices such as the input terminal 200, the external system 300, and the passenger guidance system 400 are provided.

In the storage device 101, in addition to the program 102 for implementing functions necessary for the information distribution system 100 of the present embodiment, the tables 113 to 118 held in the data storage unit 112, data extraction processing logic At least a program library 120 and an execution logic definition file 121 are stored.
--- Data structure example ---

  Next, tables used by the information distribution system 100 of this embodiment will be described. However, a table to be described in accordance with the description of each flow to be described later will be described later along with the description of the flow.

  FIG. 3 shows an example of the train diagram data table 113 of this embodiment. The train diagram data table 113 is a table in which train diagram data distributed from the external system 300 is accumulated.

  The data structure of the train diagram data table 113 is a collection of records including the train station 1042, the time 1043, and the attribute 1044 values using the train number 1041 as a key.

Of these, the attribute 1044 is an associative array type value that holds a plurality of keys and values corresponding to the keys. In the example of the attribute 1044 shown in FIG. 3, “infoType” indicating the type of train diagram, “stopType” indicating the arrival time or departure time, “dest” indicating the last stop station of the train, and the number of vehicles forming the train. It has keys such as “carNum”, “carID” indicating a vehicle number, “platform” indicating a stop where passengers get on and off, and “businesses” indicating a business train or a non-business train.

  In the example of FIG. 3, only the record in which “execution diagram” is set as the value of “infoType” representing the type of train diagram is shown, but records relating to the plan diagram and the prediction diagram are also included. Here, the plan diagram is a train operation plan created by the railway company for each schedule revision, and is also called a basic plan. In addition, the implementation diagram is a diagram created daily based on the above-described plan diagram which is a basic plan. Further, the prediction diagram is a diagram that is appropriately changed according to the actual train operation status.

  FIG. 4 shows a data format example of the information item name ontology table 117 of the present embodiment. The information item name ontology table 117 stores the class name of the information item to be extracted from the train diagram data table 113 and the information storage destination of the class (train diagram) for each processing logic in the data extraction processing logic program library 120. Is a table that defines the correspondence of attribute names related to

  The information item name ontology table 117 is a collection of records in which the values of the class name 10821 and the attribute name 10822 as the estimation rule 1082 are associated with each other using the processing logic name 1081 as a key.

  Among these, the processing logic name 1081 indicates the name of the processing logic that can be a candidate for allocation logic or similar logic. In the example of FIG. 4, “departure time extraction logic”, “arrival time extraction logic”, “business end station extraction logic”, “non-business end station extraction logic”, “departure stop extraction logic”, and “arrival stop extraction logic”. "Is stored.

  On the other hand, each value of the class name 10821 and the attribute name 10822 as the estimation rule 1082 is a value corresponding to the information item information specified by the user regarding addition or change of the passenger guidance information displayed on the screen of the passenger guidance system 400. It becomes. Among these values, the value of the class name 10821 indicates a word associated with the corresponding processing logic, and the value of the attribute name 10822 indicates a word that modifies the value of the class name 10821. Specifically, the attribute name 10822 indicates the train diagram defined for the information item indicated by the value of the class name 10821, the name of other data, and the like. In the example of FIG. 4, a value such as “plan, departure, prediction” is stored as the value of the attribute name 10822.

  Note that data of the above-described information item name ontology table 117 is registered in advance by an expert.

  FIG. 5 is a diagram showing an example of the data extraction processing logic program library 120 of the present embodiment. The data extraction processing logic program library 120 in this embodiment is a program library that constitutes processing logic for extracting data from the train diagram data table 113. As shown in FIG. 5, the data extraction processing logic program library 120 has a structure in which the processing logic name 1201 is used as a key and the corresponding processing logic program file 1202 is stored in association with each other.

  FIG. 6 is a diagram showing a data format example of the processing logic information definition table 116 of the present embodiment. The processing logic information definition table 116 in the present embodiment is a table that stores programs stored in the data extraction processing logic program library 120 shown in FIG.

  The processing logic information definition table 116 in this embodiment is a collection of records in which the values of the input information type 1072, the parameter 1073, and the output information item 1074 in the corresponding processing logic are associated with each other using the processing logic name 1071 as a key. ing.

  Among these, as the processing logic name 1071, the name of each processing logic held by the data extraction processing logic program library 120 is set. The input information type 1072 is a type of train diagram, and indicates the value of “infoType” in the column “attribute” of the train diagram data table 113 shown in FIG. The parameter 1073 indicates items other than “infoType” in the column “attribute” of the train diagram data table 113. An output information item 1074 indicates an item of data output when the corresponding processing logic is executed. For example, regarding the processing logic name “arrival time extraction logic”, the type of input information for the corresponding processing logic is “planning diagram”, “execution diagram”, “prediction diagram”, and the parameter to be set is “stop station”, corresponding It shows that each value of “train number”, “time”, and “stopType” is obtained as an execution result of the processing logic.

--- Flow example 1 (main flow) ---

  Hereinafter, the actual procedure of the information distribution method in the present embodiment will be described with reference to the drawings. Various operations corresponding to the information distribution method described below are realized by a program that the information distribution system 100 reads into a memory or the like and executes. And this program is comprised from the code | cord | chord for performing the various operation | movement demonstrated below.

  FIG. 7 is a diagram showing a flow example 1 in the information distribution method of the present embodiment. Here, the main process started when the user (developer) who has received the screen specification of the guidance screen provided by the passenger guidance system 400 operates the input terminal 200 to access the information distribution system 100. Assume a flow.

  In this case, the user views the logic assignment screen 1100 (FIG. 10) provided by the user interface unit 119 of the information distribution system 100 on the display of the input terminal 200. Further, the user performs an input operation of information item names to be added or changed in the above-described guide screen configuration on the logic assignment screen 1100. On the other hand, the information distribution system 100 receives the above-described user input from the input terminal 200, estimates the allocation logic and its similar logic, which are appropriate processing logic candidates for data extraction of the corresponding information item, and uses this as the input terminal 200. Will be displayed.

  In the flow illustrated in FIG. 7, the allocation logic estimation unit 110 of the information distribution system 100 receives the information item name information input from the input terminal 200 by the user as described above via the user interface unit 119, and By collating the information item name with the information item name ontology table 117, the allocation logic corresponding to the information item name is estimated (S401).

  After the allocation logic estimation processing by the allocation logic estimation unit 110 is completed, the similar logic estimation unit 111 of the information distribution system 100 includes the input information type 1072 among the records defined in the processing logic information definition table 116 (FIG. 6), Processing logic indicated by the parameter 1073 and the output information item 1074, in which at least the values of the input information type 1072 and the output information item 1074 match those of the allocation logic estimated in step S401 described above, is indicated. Is identified as similar logic (S402).

The similar logic estimation unit 111 acquires the value of the processing logic name 1071 of the similar logic specified here from the corresponding record, and stores it in the similar logic 1063 column of the estimation result storage table 115.

Details of the processing procedure executed by the allocation logic estimation unit 110 and the similar logic estimation unit 111 described above will be described later with reference to the flowchart shown in FIG.
--- Flow example 2 ---

  Next, the details of the processing by the allocation logic estimation unit 110 shown in the flow example 1 will be described with reference to the drawings. FIG. 8 is a diagram showing a flow example 2 in the information distribution method of the present embodiment.

  Here, it is assumed that the above-described user accesses the information distribution system 100 by operating the input terminal 200 and browses the logic assignment screen 1100 of FIG. The user operates the input device of the input terminal 200 while confirming the screen specification 900 (FIG. 9), and provides the guidance screen provided by the passenger guidance system 400 for the information item name 11011 column in the logic assignment screen 1100. Enter the information item name to be displayed in.

  Note that the screen specification 900 referred to by the user at the time of input is a specification that specifies information items to be displayed on the screen and their contents based on the screen layout displayed on the display of the passenger guidance system 400.

  The screen specification 900 illustrated in FIG. 9 is a screen specification regarding a departure sign screen that displays a list of trains leaving a certain station. In this case, in addition to such a screen layout and information item names 1001 to 1005, an information item description 1006 is described.

  Of these, the information item name is a departure time 1001 that is the time of departure from the station, a destination 1002 that indicates the end station of the train, a number 1003 that indicates the number of trains of the train, and a departure number line that indicates the departure point of the train. Each item of 1004 and the delay time 1005 indicating the delay time related to the train is described.

  The user may refer to the screen specification 900 on the display of the input terminal 200 and set the information item name as it is in the information item name 11011 column of the logic assignment screen 1100. In this case, a case where a knowledgeable user creates a screen specification 900 based on the content to be added or changed on the display screen in the passenger guidance system 400 in advance, and this is referred to by the user who operates the input terminal 200 described above. Can be assumed. Alternatively, the user may refer to the screen specification 900 and set the information item name 11011 of the logic assignment screen 1100 to be changed or to be added separately among the information item names. In any case, the screen specification 900 is reference information when the user sets an information item name in the information item name 11011 column of the logic assignment screen 1100.

  The above-described logic allocation screen 1100 includes an allocation logic input area 1101, an allocation logic estimation button 1102, a processing logic list display area 1103, and an allocation logic determination button 1104.

  Of these, the allocation logic input area 1101 includes an “information item on screen” column 11011 that accepts user input of an information item name on the guidance screen, and processing logic corresponding to the information item name (estimated by the information distribution system 100). ) Display “allocation logic” column 11012 and similar logic similar to the allocation logic (estimated by the information distribution system 100), “similar logic” column 11013.

  When the allocation logic estimation button 1102 is pressed by the user, the allocation logic estimation button 1102 corresponds to the value input in the “information item on the screen” column 11011 by the allocation logic estimation unit 110 and the similar logic estimation unit 111 that receives the button. It is a button that triggers estimation execution of allocation logic and similar logic.

  In the above-described “assignment logic” column 11012 and “similar logic” column 11013, assignment logic and similar logic acquired from the estimation result storage table 115 (FIG. 13: described later) are set and displayed. In the processing logic list display area 1103, the processing logic names acquired from the processing logic information definition table 116 (FIG. 6) are displayed.

  When the allocation logic determination button 1104 is pressed by the user, the information distribution system 100 that has received the acquisition logic acquires all the allocation logics corresponding to the information item names from the estimation result storage table 115, and the allocation logic storage table Reference numeral 114 denotes a button that triggers processing to be stored together with an ID for identifying the allocation logic. In this case, the information distribution system 100 acquires the allocation logic storage table 114 and updates the execution logic definition file 121.

  On the other hand, it is assumed that the input terminal 200 receives an input of an information item name to the information item name 11011 column on the above-described logic assignment screen 1100, and further detects that the assignment logic estimation button 1102 is pressed. In this case, the input terminal 200 transmits an allocation logic estimation request to the information distribution system 100.

  On the other hand, the information distribution system 100 receives the above allocation logic estimation request from the input terminal 200 (S301), and activates the allocation logic estimation unit 110.

  The allocation logic estimation unit 110 performs the following loop for all information item names received from the input terminal 200 and input on the above-described logic allocation screen 1100 (S3021).

  First, the allocation logic estimation unit 110 divides the information item name received in step S301 described above in units of words (S3022). The word segmentation method adopted here is based on general morphological analysis.

  Subsequently, the allocation logic estimation unit 110 performs the following loop for all the words generated by the division in step S3022 (S3023). Furthermore, the allocation logic estimation unit 110 refers to the information item name ontology table 117 and performs a loop for the number of records in the information item name ontology table 117 (S3024).

  In these double loops, the allocation logic estimation unit 110 divides each record of the information item name ontology table 117 into a class name 10821 as an estimation rule 1082 and an attribute name 10822 value corresponding to the class name. It is determined whether or not the generated word is included (S3025).

  As a result of the above determination, among the records of the information item name ontology table 117, the class name 10821 and the value of the attribute name 10822 corresponding to this class name include the word obtained by the division in step S3022. When the record is specified (S3025: Yes), the allocation logic estimation unit 110 displays the word in the “word match flag between input information item name and estimation rule” field 1093 in the allocation logic estimation result storage table 118 (FIG. 11). “1” is stored in the column indicating “S3026”.

On the other hand, among the records of the information item name ontology table 117, the class name 1082
1 and the attribute name 10822 corresponding to this class name, if the record containing the word obtained by the division in the above step S3022 could not be identified (S3025: No), the allocation logic estimation unit 110, “0” is stored in the column indicating the word in the column “word match flag between input information item name and estimation rule” 1093 described above (S3027).

  Here, an example of the allocation logic estimation result storage table 118 is shown. FIG. 11 is a diagram showing an example of the data format of the allocation logic estimation result storage table 118.

  The allocation logic estimation result storage table 118 illustrated here is a rule for estimating the corresponding processing logic as the allocation logic using the processing logic name 1091 as a key, that is, the estimation rule 1092 and the above-described steps S3025 to S3027 relating to the corresponding estimation rule. This is a set of records in which the input information item and the word match flag 1093 between the estimation rules are associated with each other.

  Among these, the estimation rule 1092 includes the values of the class name 10921 and the attribute name 10922.

  In addition, the processing logic name 1091, the class name 10921, and the attribute name 10922 in the allocation logic estimation result storage table 118 are the same as the configuration of the information item name ontology table 117 illustrated in FIG.

  In addition, the word match flag 1093 between the input information item and the estimation rule sets columns 10931 and 10932 (two in the case of FIG. 11) of the number of words constituting the information item, and the total value of each column. A total of three columns, 10933, are included. Among these, the columns 10931 and 10932 are columns that store “1” or “0” in the above-described steps S3026 and S3027. As described above, the values of “1” or “0” stored in the columns 10931 and 10932 are the words obtained by decomposing the vocabulary of the information item in step S3022, and the class name 10921 of the estimation rule 1092. It is a value determined by whether or not it is included in each value of the attribute name 10922. Further, the value stored in the column 10933 is the sum of the determination results for each word.

  For example, it is assumed that the information item name input by the user on the logic assignment screen 1100 is “departure time”, which is divided into units of words to obtain two words “departure” and “time”. In the assignment logic estimation result storage table 118 shown in FIG. 11, when these two words are collated, if the processing logic name 1091 is a record of “departure time extraction logic” among the records, the word “departure” is the class name. It is included in the value of 10921. Therefore, “1” is stored in the “departure” column of “word 1” 10931. The word “time” is also included in the value of the class name 10921. Therefore, “1” is also stored in the “time” column of “word 2” 10932.

  If the above-described step S3025 is repeatedly executed for the number of records in the information item name ontology table 117 (S3024) and all the words obtained by the division in step S3022 (S3023), the allocation logic estimation unit 110 , The values of the columns 10931 and 10932 of each word in the “word match flag between input information item name and estimation rule” 1093 in the allocation logic estimation result storage table 118 are added, and the total number is stored in the column “total” 10933. (S3028). In the case of the above-described example, a record corresponding to the class name 10921 “departure time” of “departure time extraction logic”, the “total” column 10933 has “word 1” and “word 2” columns 10931 and 10932 respectively. “2”, which is the sum of the values, is stored.

  Subsequently, the allocation logic estimation unit 110 identifies the record having the largest value in the “total” column 10933 among the records in the allocation logic estimation result storage table 118, and the processing logic indicated by the processing logic name 1091 of the record Is identified as the allocation logic, and this information is stored in the column “allocation logic” 1062 of the estimation result storage table 115 (FIG. 12) (S3029). The allocation logic estimation unit 110 stores the corresponding information item name in the column “information item name on the screen” 1061.

  In step S3029 described above, when a plurality of records having the maximum value in the “total” column 10933 can be identified among the records in the allocation logic estimation result storage table 118, the allocation logic estimation unit 110 selects any one of the records. A record may be selected at random, and the processing logic of the record may be estimated as allocation logic. The remaining records not selected are handled as similar logic of the allocation logic and stored in the column “similar logic” 1063 of the estimation result storage table 115. The similar logic estimation process will be described subsequently.

  Next, the similar logic estimation unit 111 of the information distribution system 100 refers to the estimation result storage table 115 and performs a loop for the number of records in the estimation result storage table 115 (S3030).

  Here, the similar logic estimation unit 111 refers to the processing logic information definition table 116 (FIG. 6) and specifies a record having the processing logic name 1071 corresponding to the value of the allocation logic 1062 included in the record of the estimation result storage table 115. Each value of the input information type 1072, the parameter 1073, and the output information item 1074 in the record is acquired (S3031).

  For example, when the target allocation logic is “departure time extraction logic”, in the processing logic information definition table 116 illustrated in FIG. 6, the input information type 1072 is “planning diagram, implementation diagram, prediction diagram”, parameter 1073. Is acquired as “stop station”, and the output information item 1074 is acquired as “train number & time & stopType”.

  Subsequently, the similar logic estimation unit 111 performs a loop for the number of records in the processing logic information definition table 116 (S3032). In this case, the similar logic estimation unit 111 includes at least the input information type 1072 among the input information type 1072, the parameter 1073, and the output information item 1074 obtained in the above-described step S 3031 among the records of the processing logic information definition table 116. And a record having the same value as the value of the output information item 1074 is searched, and the value of the processing logic name 1071 of the record is acquired (S3033).

  In the case of the above-described example, when a record in which the acquired input information type, parameter, and output information item completely match is acquired from the processing logic information definition table 116, a record whose processing logic name is “arrival time extraction logic” is acquired. Therefore, “arrival time extraction logic” is specified as similar logic to the “departure time extraction logic” of the allocation logic.

  Next, the similar logic estimation unit 111 uses the processing logic name acquired in step S3033 as logic similar to the allocation logic estimated by the allocation logic estimation unit 110 until step S3029, that is, similar logic, in the estimation result storage table 115. It stores in the similar logic 1063 (S3034). FIG. 13 shows a data format example of the estimation result storage table 115 after the execution of step S3034.

In step S3033 described above, a record having at least the same values as the values of the input information type 1072 and the output information item 1074 among the input information type 1072, the parameter 1073, and the output information item 1074 obtained in step S3031 described above. If there is no such information, the similar logic estimation unit 111 stores “null” in the similar logic 1063 in the corresponding record of the estimation result storage table 115.

  The information distribution system 100 that estimated the allocation logic and the similar logic returns the information of the allocation logic and the similar logic to the input terminal 200 (S304).

  The input terminal 200 sets the allocation logic and similar logic information obtained from the information distribution system 100 in the corresponding fields of the allocation logic 11012 and similar logic 11013 on the logic allocation screen 1100 and displays them on the display.

  In this case, the user confirms the processing logic names displayed in the columns of the allocation logic 11012 and the similar logic 11013, and determines whether or not the allocation logic needs to be changed for each information item.

  As a result of this determination, as a process logic appropriate for the user to display the information item “information item name on screen” 11011 in the passenger guidance system 400, the process logic displayed in the assignment logic 11012 column is Assume that it is determined that the processing logic displayed in the similar logic 11013 column is more appropriate. In that case, the user operates the input device of the input terminal 200 to assign the processing logic display object (eg, the rectangular icon 110131 in which the processing logic name is displayed) displayed in the similar logic 11013 column to the allocation logic 11012. Drag it to the field and set the similar logic as the allocation logic.

  If the user determines that the allocation logic corresponding to each information item of the “information item name on the screen” 11011 can be determined appropriately as a result of such an operation, the user presses an allocation logic determination button 1104.

  On the other hand, in response to the pressing of the above-described allocation logic determination button 1104, the input terminal 200 associates each value of the “information item name on the screen” 11011 with each value of the allocation logic 11012 corresponding thereto, It transmits to the information distribution system 100.

  On the other hand, the information distribution system 100 receives the information item and the value of the allocation logic corresponding to the information item from the input terminal 200, updates the allocation logic storage table 114 (FIG. 14), and executes the execution logic definition file 121 (FIG. 15). Update is performed (S305), and the flow ends.

  The allocation logic storage table 114 described above is a table that stores information on allocation logic determined for each information item, and has a data format shown in FIG. The allocation logic storage table 114 is a collection of records in which the allocation logic 1052 is associated with an ID 1051 for identifying processing logic as a key. The processing logic indicated by the allocation logic 1052 is a target that the data distribution unit 122 calls and uses.

  The execution logic definition file 121 is a file that defines each processing logic, and has an XML data format as shown in FIG. The execution logic definition file 121 has a logic element 1121, an id attribute 1122, an apply element 1123, a name attribute 1124, a parameter element 1125, an infoType attribute 1126, and a value attribute 1127 as elements and attributes.

Among these, the logic element 1121 is a processing logic assigned to the information item name, that is, a tag defined for the assignment logic, and includes the value of the id attribute 1122. The id attribute 1122 is a key for identifying the processing logic, and a value corresponding to the value of the ID 1051 of the allocation logic storage table 114 (FIG. 14) is set.

  The apply element 1123 is a tag defined for the allocation logic corresponding to the ID indicated by the id attribute 1122 described above, and includes the value of the name attribute 1124. The name attribute 1124 is a value indicating the corresponding allocation logic, and is a key for calling the corresponding processing logic program in the data extraction processing logic program library 120.

  When updating the execution logic definition file 121 in the above-described step S305, if the assignment logic 1052 assigned to the ID 1051 in the assignment logic storage table 114 changes, the execution logic definition file 121 changes the ID of the corresponding ID. The tag whose value is the value of the id attribute 1122 is specified, and the value of the name attribute 1124 of the apply element 1123 below the tag is updated to the value of the allocation logic 1052. When the input information type 1072 includes a plurality of values, the information distribution system 100 may display information prompting the input terminal 200 to select and allow the user to select one.

  In this case, the infoType attribute 1126 of the param element 1125 is the value of the input information type 1072 that can be specified in the processing logic information definition table 116 regarding the corresponding allocation logic, and the value attribute 1127 is the processing logic information definition table regarding the corresponding allocation logic. It is updated with the value of the parameter 1073 that can be specified at 116.

  In the execution logic definition file 121, a param element 1125 is a tag for defining the type and parameter of input information for the corresponding processing logic, and includes the values of the infoType attribute 1126 and the value attribute 1127.

  Among these, the infoType attribute 1126 is a key for designating an input information type (infoType) of train diagram data acquired by the corresponding processing logic. The value attribute 1127 is a key indicating a parameter received from the passenger guidance system 400. In the example of the execution logic definition file 121 illustrated in FIG. 15, for example, “logic id” = “1” indicates “departure time extraction logic”, “getDepartureTime”, input information type “infoType” = “execution diagram”, This indicates that the parameter “value” = “stop station” is called.

  Although details will be described later in the flow example 3 that follows, the data distribution unit 122 of the information distribution system 100 reads the execution logic definition file 121 updated in this way at regular intervals, and performs each process defined in the execution logic definition file 121. The logic is called from the data extraction processing logic program library 120 and executed. Further, the output data obtained by this execution is distributed and displayed on the passenger guidance system 400 via the communication unit 123.

  Through the series of processes described so far, the above-described user can efficiently and easily execute processes such as generation and update of information items to be displayed on the passenger guidance system 400. In addition, it is possible to estimate processing logic candidates corresponding to information items, that is, allocation logic and similar logic, and present them to the user, so the user has a great time to select an appropriate one from a huge number of processing logics. Therefore, it is possible to suppress the user's work load and occurrence of work mistakes.

In addition, such a series of processing is executed quickly and efficiently, and a change in the screen configuration for the passenger guidance system 400 becomes quick, so that it is possible to cope with a situation where quickness is required. This means that necessary information can be provided to railway users at an appropriate timing.
--- Flow example 3 ---

  Next, processing of the data distribution unit 122 in the information distribution system 100 will be described with reference to the drawings. FIG. 16 is a diagram showing a flow example 3 in the information delivery method of the present embodiment. Specifically, the data delivery unit 122 refers to the execution logic definition file 121 and executes the defined processing logic. It is a figure which shows the flow in that case.

  In this case, the data distribution unit 122 refers to the execution logic definition file 121, acquires the number of processing logics defined in the execution logic definition file 121, and performs the following loop for the number (S701).

  Subsequently, the data distribution unit 122 reads from the execution logic definition file 121 the value of the name attribute 1124 of the apply element 1123 that is the processing logic name to be called, the value of the infoType attribute 1126 of the param element 1125 that is the input information type, and the logic. The value of the value attribute 1127 of the param element 1125 that is a parameter to be given to the parameter is acquired (S702).

  In addition, the data distribution unit 122 calls and executes the processing logic corresponding to the processing logic name from the data extraction processing logic program library 120 based on the acquisition result in step S702 described above (S703).

  The data distribution unit 122 distributes the output data obtained by the execution of the processing logic in step S703 to the passenger guidance system 400 via the communication unit 123 (S704), and ends the process.

  In the case of the execution logic definition file 121 illustrated in FIG. 15, the logic element 1121 includes “logic id” = “1” to “5” as tags relating to the processing logic (assignment logic) assigned to the information item name. A total of five are defined. For this reason, the data distribution unit 122 performs the loop of step S701 described above a total of five times.

  For example, it is assumed that the above steps S702 to S703 are performed on the logic element 1121 in which the id attribute 1122 of the logic element 1121 is “5”. In the logic element 1121 whose id attribute 1122 is “5”, the name attribute 1124 of the defined apply element 1123 is “addDelayTime” which is “delay time extraction logic”. The value attribute 1127 of the param element 1125 defines “stop station”.

  In this case, the data distribution unit 122 calls and executes the processing logic whose processing logic program name in the data extraction processing logic program library 120 is “addDelayTime”. When this processing logic is executed, the output is data having the data format of FIG. 17E. Therefore, the data distribution unit 122 distributes this output data to the passenger guidance system 400 through the communication unit 123.

  It is assumed that the output data of the processing logic has a data format shown in FIGS. 17A to 17E, for example. Such output data includes items defined in the output information item 1074 of the processing logic information definition table 116 for each processing logic. The example of FIG. 17A is output data of “departure time extraction logic”, and the data items include a train number 18011, a time 18012, and an attribute 18013.

  Note that in the logic element 1121 whose id attribute 1122 is “5”, the apply element 1123 “addDelayTime” is a child element, the infoType attribute 1126 is an “implementation diagram”, the apply element 1123, and the infoType attribute 1126 are It has two apply elements 1123 of an apply element 1123 which is a “prediction diagram”. This indicates that the output data of the processing logic defined by the apply element 1123 that is a child element is received as input data defined by the apply element that is a parent element. In the example of FIG. 15, the processing logic “addDelayTime” indicating “delay time addition logic” indicates that the output result of the logic “getDepartureTime” indicating “departure time extraction logic” is received. A detailed processing procedure of the “delay time addition logic” will be described later.

Thus, the data obtained from the processing logic is distributed and displayed on the passenger guidance system 400. That is, information to be displayed by the passenger guidance system 400 is generated and distributed by the data distribution unit 122. Therefore, it is not necessary to generate and distribute the relevant information by the external system 300 such as an operation management system, and the operation management system or the like is not subjected to any load other than the original work. Moreover, even if a communication failure occurs between the operation management system and the passenger guidance system 400, it is the information on the operation status that is delivered from the operation management system, and the operation status that the passenger guidance system has obtained most recently. It is possible to process screen display information based on the above information and perform screen display for railway users. It leads to improvement in availability of the entire system and distribution of processing load.
--- Flow example 4 ---

  FIG. 18 is a diagram illustrating a fourth example of the flow of information in the information distribution method according to the present embodiment. Specifically, the flowchart illustrates details of a procedure in which the data distribution unit 122 executes the delay time additional logic.

  In the flow example 3 described above, the execution of the delay time additional logic has been outlined, but the process related to the execution of the processing logic will be described in detail below. Here, the data distribution unit 122 sets the input information type as “execution diagram” and the stop station as the parameter, for example, “s1” station (for example, a station designated by the user with the input terminal 200. Alternatively, in the train diagram data table 113 The departure time extraction logic is called from the execution logic definition file 121 and executed as a starting station or terminal station on a predetermined route (S801).

  As a result of calling and executing the “departure time extraction logic”, the output (X1) obtained by the data distribution unit 122 has the data format shown in FIG. 19A. This output result (X1) includes, as its data items, train number 19011, time 19012 (in this case, departure time), and attribute 19013 indicating whether it is departure or arrival (in this case, stopType = departure). Contains.

  Subsequently, the data distribution unit 122 calls and executes the “departure time extraction logic” with the input information type as “prediction diamond” and the parameter “stop station” as the same “s1” station as described above (S802).

  As a result of calling and executing the “departure time extraction logic”, the output (X2) obtained by the data distribution unit 122 has the data format shown in FIG. 19B. The output result (X2) includes, as data items, a train number 19021, a time 19022 (in this case, a departure time), and an attribute 19023 indicating whether it is departure or arrival (in this case, stopType = departure). It is out.

Next, the data distribution unit 122 outputs the output result obtained in the above-described step S801 from the value of the time 19022 of each train number 19021 in the “prediction diagram” indicated by the output result (X2) obtained in the above-described step S802. X1), the value of the time 19012 of each train number 19011 in the “execution diagram” is subtracted for each train, and the difference in the departure time of each train between the prediction diagram and the implementation diagram, that is, the delay time is calculated. Calculate (S803).

  The data distribution unit 122 sets the delay time calculated in this way as a value corresponding to the key “delayTime” representing the delay time, and combines it with the train number and “stopType” as the execution result of the processing logic “delay time addition logic”. This is distributed to the passenger guidance system 400 (S804).

  In the example of FIGS. 19A and 19B, when the train number is “A”, the time 19012 indicated by the output result (X1) related to “execution schedule” is “10:00” and the output result related to “prediction diamond” (X2 The time 19022 indicated by () is “10:00”. Thus, the difference between the corresponding times is “10: 00-10: 00” = 0: 00: 00. Therefore, the data distribution unit 122 stores “0:00” in the key “delayTime” in the attribute illustrated in FIG. 17E.

  On the other hand, when the train number is “B”, the time 19012 indicated by the output result (X1) relating to the “execution diagram” is “10:00”, and the time 19022 indicated by the output result (X2) relating to the “predictive diagram” is “ 10:03 ". Therefore, the difference between the corresponding times is “10: 0-03-10: 00” = 0: 03. Accordingly, the data distribution unit 122 stores “0:03” in the key “delayTime” in the attribute illustrated in FIG. 17E.

  Although the best mode for carrying out the present invention has been specifically described above, the present invention is not limited to this, and various modifications can be made without departing from the scope of the invention.

  According to this embodiment, while the operation manager of the passenger guidance system performs the task of assigning processing logic based on the screen specifications of the screen for railway users, in a predetermined user interface, simply and efficiently, On the information distribution system side, it is possible to estimate and present an appropriate processing logic candidate corresponding to the information item specified by the above-mentioned operation manager or the like. In this case, the operation manager or the like can avoid the troublesome work that has conventionally occurred, such as selecting necessary processing logic from a huge number of processing logic. Accordingly, it is possible to reduce the work load on the operation manager and the like, and to prevent the occurrence of work mistakes.

  In addition, since the screen configuration can be quickly changed, necessary information can be provided to the railway user at an appropriate timing in response to a situation where quickness is required. Moreover, there is no need to generate and distribute information to be displayed by such a passenger guidance system by the operation management system or the like, and the operation management system or the like is not subjected to any load other than the original work. In addition, even if a communication failure occurs between the operation management system and the passenger guidance system, the operation management system delivers information on the operation status, and the information on the operation status obtained by the passenger guidance system up until now is obtained. It is possible to process screen display information based on information and perform screen display for railway users. It leads to improvement in availability of the entire system and distribution of processing load.

  That is, the configuration change of the display screen and the accompanying information display in the passenger guidance system can be performed efficiently and quickly.

At least the following will be clarified by the description of the present specification. That is, in the information distribution system according to the present embodiment, the arithmetic device displays the information of the allocation logic on a predetermined device, and executes the data distribution processing when an approval instruction from the user is obtained from the predetermined device. There may be.

  According to this, regarding the logic estimated by the information distribution system, it is possible to reflect the result of checking the validity of a knowledgeable user again in the logic estimation result, and the accuracy of information handled in the data distribution processing is improved. To do.

  In the information distribution system of the present embodiment, the arithmetic device is configured such that each of the input information type, the output information type, and the predetermined parameter in the corresponding processing logic is between the allocation logic and the other processing logic in the library. A process of collating information and estimating other processing logic that matches the allocation logic for at least two of the pieces of information as similar logic, and performing the allocation logic display process, The allocation that is displayed on the predetermined device together with the information of the allocation logic, and for the information indicated by the designation, the approval instruction by the user for either the allocation logic or the similar logic is acquired from the predetermined device and the allocation instruction is acquired. The data distribution process is executed with respect to logic or similar logic. It may be.

  According to this, it is possible to present the allocation logic and similar logic similar to it to the user, and to reflect the result of checking the validity of a knowledgeable user again for each logic in the logic estimation result. The accuracy of information handled in the distribution process is further improved.

  In the information distribution system according to the present embodiment, the storage device includes, for each processing logic, an information item name ontology table that defines a correspondence relationship between a class name of an information item to be extracted and an attribute name related to a storage destination of information of the class. In the assignment logic estimation process, the arithmetic unit applies words constituting the information indicated by the designation to the information item name ontology table, and the words are the class name and the class name. The ratio that matches each word included in the attribute name is specified for each processing logic in the information item name ontology table, and the processing logic having the largest ratio among the processing logics is estimated as the allocation logic to be adopted. It may be a thing.

  According to this, it is possible to make the allocation logic estimation more efficient, and as a result, the display screen configuration change and the accompanying information display in the passenger guidance system can be made more efficient and quick.

  In the information distribution method of the present embodiment, the information processing system may execute the data distribution process when the information of the allocation logic is displayed on a predetermined device and an approval instruction from the user is obtained from the predetermined device. .

  In the information distribution method according to the present embodiment, the information processing system is configured such that the type of input information, the type of output information, and a predetermined parameter in the corresponding processing logic between the allocation logic and the other processing logic in the library. A process of collating each information and estimating other processing logic that matches the allocation logic for at least two of each information as similar logic is further executed, and in the display process of the allocation logic, the estimated similar logic Is displayed on the predetermined device together with the information of the allocation logic, and with respect to the information indicated by the designation, an approval instruction by the user for either the allocation logic or the similar logic is acquired from the predetermined device, and the approval instruction is acquired. Suppose that the data distribution process is executed with respect to the allocation logic or similar logic. It may be.

In the information distribution method according to the present embodiment, the information processing system defines, in the storage device, a correspondence relationship between a class name of an information item to be extracted and an attribute name related to a storage destination of information of the class for each processing logic. The information item name ontology table is further stored, and the word constituting the information indicated by the designation is applied to the information item name ontology table in the assignment logic estimation process, and the word is the class name and the attribute. The ratio that matches each word included in the name is specified for each processing logic in the information item name ontology table, and the processing logic having the largest ratio among the processing logics is estimated as the allocation logic to be adopted. Good.

10 Dedicated Line 100 Information Distribution System 101 HDD (Storage Device)
102 program 103 memory 104 CPU (arithmetic unit)
105 Input device 106 Output device 107 Communication device 110 Allocation logic estimation unit 111 Similar logic estimation unit 112 Data storage unit 113 Train diagram data table 114 Allocation logic storage table 115 Estimation result storage table 116 Processing logic information definition table 117 Information item name ontology table 118 Allocation logic estimation result storage table 119 User interface unit 120 Data extraction processing logic program library 121 Execution logic definition file 122 Data distribution unit 123 Communication unit 200 Input terminal 205 Input device 206 Display device 300 External system (operation management system)
301 Train diagram data 400 Passenger guidance system 900 Screen specifications 1100 Logic assignment screen

Claims (8)

A storage device storing a library of processing logic for extracting data of predetermined items from train schedule data;
The designation of addition or change of passenger guidance information is received from a user via a predetermined device, and the information indicated by the designation is applied to a predetermined algorithm that determines processing logic based on attributes of information items to be extracted, An allocation logic estimation process for estimating an allocation logic to be adopted according to the designation;
The allocation logic is called from the library, data of a predetermined item defined by the allocation logic is read from the train diagram data, the read data is applied to the allocation logic and executed, and obtained from the allocation logic by the execution A computing device that executes data delivery processing for delivering passenger guidance information to a predetermined device;
An information distribution system comprising: The arithmetic unit is:
When the information of the allocation logic is displayed on a predetermined device and an approval instruction by the user is obtained from the predetermined device, the data distribution process is executed.
The information distribution system according to claim 1. The arithmetic unit is:
Between the allocation logic and the other processing logic in the library, the input information type, output information type, and predetermined parameter information in the corresponding processing logic are collated, and at least two of the pieces of information are related. Further executing a process of estimating other processing logic that matches the allocation logic as similar logic,
In the display process of the allocation logic, the estimated similar logic is displayed on a predetermined device together with the information of the allocation logic, and regarding the information indicated by the designation, an approval instruction by the user for either the allocation logic or the similar logic Is acquired from a predetermined device, and the data distribution process is executed with respect to the allocation logic or similar logic that acquired the approval instruction.
The information distribution system according to claim 2. The storage device
For each of the processing logics, further stores an information item name ontology table that defines the correspondence between the class name of the information item to be extracted and the attribute name relating to the storage location of the information of the class,
The arithmetic unit is:
In the allocation logic estimation process, the word constituting the information indicated by the designation is applied to the information item name ontology table, and the ratio of the word to each word included in the class name and the attribute name is determined. Specifying for each processing logic of the information item name ontology table, the processing logic having the largest ratio among the processing logics is estimated as the allocation logic to be adopted.
The information distribution system according to claim 1. An information processing system comprising a storage device storing a library of processing logic that extracts data of predetermined items from train diagram data,
The designation of addition or change of passenger guidance information is received from a user via a predetermined device, and the information indicated by the designation is applied to a predetermined algorithm that determines processing logic based on attributes of information items to be extracted, An allocation logic estimation process for estimating an allocation logic to be adopted according to the designation;
The allocation logic is called from the library, data of a predetermined item defined by the allocation logic is read from the train diagram data, the read data is applied to the allocation logic and executed, and obtained from the allocation logic by the execution Data distribution processing for distributing passenger guidance information to a predetermined device;
The information delivery method characterized by performing. The information processing system is
When the information of the allocation logic is displayed on a predetermined device and an approval instruction by the user is obtained from the predetermined device, the data distribution process is executed.
The information distribution method according to claim 5, wherein: The information processing system is
Between the allocation logic and the other processing logic in the library, the input information type, output information type, and predetermined parameter information in the corresponding processing logic are collated, and at least two of the pieces of information are related. Further executing a process of estimating other processing logic that matches the allocation logic as similar logic,
In the display process of the allocation logic, the estimated similar logic is displayed on a predetermined device together with the information of the allocation logic, and regarding the information indicated by the designation, an approval instruction by the user for either the allocation logic or the similar logic And executing the data distribution process with respect to the allocation logic or similar logic that acquired the approval instruction,
The information distribution method according to claim 6. The information processing system is
In the storage device, for each processing logic, further stores an information item name ontology table that defines the correspondence between the class name of the information item to be extracted and the attribute name related to the storage location of the information of the class,
In the allocation logic estimation process, the word constituting the information indicated by the designation is applied to the information item name ontology table, and the ratio of the word to each word included in the class name and the attribute name is determined. Specify each processing logic in the information item name ontology table, and estimate the processing logic having the largest ratio among the processing logics as the allocation logic to be adopted.
The information distribution method according to claim 5 , wherein:

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