JP7815596B2 - Interactive Device - Google Patents

Description

The present invention relates to an interactive device that provides a research and development environment for dialogue-related services and intelligent industries. This interactive device has text input/output functions, voice input/output functions such as voice recognition and voice synthesis functions, or a combination of these functions, and can be implemented on a computer platform.

Due to the remarkable improvement of search technology, the use of knowledge-based dialogue devices that provide Q&A-type knowledge by providing answers A to questions Q is accelerating, but it is becoming difficult to use intelligent dialogue devices that can engage in dialogue with users based on intelligence that controls consciousness vibrations.

In many common dialogue devices, dialogue control is performed by waiting for a question Q in order to respond to Q&A. Therefore, at present, it is difficult to develop dialogue control in a local society that handles various speech intentions that are not limited to waiting for a question Q.

In general dialogue devices, dialogue transition functions are implemented based on the specifications of the intelligent device set at the time of development, but many of them have transition functions with limited flexibility in the transition destinations. A dialogue transition function should essentially transition to a variety of destinations according to user input to suit the convenience of local societies. However, under the current circumstances, it is difficult to provide users with a dialogue transition function with a high degree of freedom.

In Q&A type dialogue devices, it is difficult to establish a common consciousness that is valid in local society, and there is generally a large gap between the consciousness environment provided by the dialogue device and the consciousness environment of the user. Therefore, at present, it is difficult for the user and the dialogue device to establish a common consciousness and carry out a dialogue.

In general interactive devices, only the constructor of the intelligent control participates in the construction of the intelligent control. Therefore, at present, it is difficult to provide an interactive device in which the user participates in the construction of the intelligent device and constructs the intelligence of the user.

To provide an intelligent dialogue device that has a dialogue transition function that flexibly responds to changes in speech intentions, rather than a dialogue content being unilaterally provided by a dialogue device provider, and can be close to a user while presenting common topics.

An intelligent device (4c, 1a) for realizing an intelligent dialogue device is provided, the intelligent device having an intelligence management (1e), wherein the intelligence management manages specific intelligence obtained by discretizing intelligence, thereby realizing the intelligent dialogue device.

The present invention provides an intelligence management (1e) for realizing an interactive device in which a user can build intelligence, characterized in that in the intelligence management having specific intelligence, the specific intelligence is made available to the user, thereby realizing an interactive device in which the user can build intelligence.

The present invention provides a dialogue device as described in the preceding paragraph, characterized in that the dialogue device is realized as a singular intelligence (1e0) for realizing a dialogue device capable of building a local society with a user, the singular intelligence having the functions of singular editing (1e1), singular coordinates (1e2) and singular system (1e3), wherein the singular editing is used to build speech intentions, the singular coordinates are used to build topic transitions and the singular system is used to build a common consciousness.

By having an interactive device with an intelligent device, intelligence management becomes easier, and by utilizing specific intelligence, which is discrete intelligence, an interactive device can be provided that solves the problems that the invention aims to solve.

1 is a configuration diagram of a dialogue device according to the present invention; FIG. 1 is a diagram related to the scope of the patent application of the present invention. This is a diagram summarizing specific intelligence. FIG. 10 illustrates a unique edit. FIG. 10 is a diagram summarizing the specific configuration of singular coordinates. This is a diagram showing the dynamics of society as a singular system. A diagram of the intelligence-action relationship and the field of action. This is a diagram of the action-consciousness relationship and the field of consciousness. A diagram of consciousness-social relations (social control) and the social field. A diagram of the social-intelligence relationship and the field of intelligence. This is a diagram of the data structure of consciousness vibration and the sphere of consciousness vibration. This is an image of the unique intelligence observation device used by users.

Figure 1 shows the overall structure of the dialogue device implemented in this invention. In Figure 1, action control (1) is composed of intelligent devices (4c, 1a) related to intelligence control (4), action devices (1c, 2a) related to consciousness control (2), and internal functions of action control (1), such as intelligence management (1e), coordinate management (1b), self-management (1f), and vibration management (1d). Furthermore, consciousness control (2) is composed of action devices (1c, 2a) related to action control (1), consciousness devices (2c, 3a) related to dialogue control (3), and internal functions of consciousness control (2), such as usage management (2e), input device (2b), operation method (2f), and output device (2d). Dialogue control (3) is composed of the consciousness devices (2c, 3a) related to consciousness control (2), the social devices (3c, 4a) related to intelligence control (4), and the internal functions of dialogue control (3): time management (3e), input recognition (3b), social control (3f), and output synthesis (3d). Furthermore, intelligence control (4) is composed of the social devices (3c, 4a) related to dialogue control (3), the intelligence devices (4c, 1a) related to action control (1), and the internal functions of intelligence control (4): the intelligence dictionary (4e), topic dictionary (4b), consciousness dictionary (4f), and control dictionary (4d). Action control (1) holds the observation device (1g), and dialogue control (3) holds the local society (3g). These constitute the dynamics of dialogue, as arranged within the dynamics of dialogue (5).

1, a general knowledge-based dialogue device is composed of consciousness control (2), dialogue control (3), and intelligence control (4) that is not disclosed to the user. The present invention is characterized by providing this intelligence control (4) with intelligent devices (4c, 1a), thereby connecting the dialogue device to action control (1). As a result, it is possible to provide the user with an intelligent dialogue device that allows the user to interact with the intelligent device through specific intelligence.

1, an intelligent dialogue device that makes users aware of the existence of intelligence can be used as a dialogue device that allows users to experience dialogue in line with the fluctuations of intelligence, or as an auxiliary intelligent device for many dialogue devices used in the intelligent industry.Another important embodiment of the present invention is considered to be the use of the device as an observation or experimental device for intelligence for researchers and other people in the intelligent industry who are interested in intelligent dialogue devices.

Figure 2 shows the scope of the patent application of the present invention. In this invention, the interactive device, which is the title of the invention, has an intelligent device (4c, 1a), the intelligent device has an intelligent management (1e), and the intelligent management has a singular intelligence (1e0), which is a discretized intelligence. In addition, the discretized intelligence, which is a singular intelligence, has a singular edit (1e1) shown in Figure 4, a singular coordinate (1e2) shown in Figure 5, and a singular system (1e3) shown in Figure 6.

Focusing on the singular intelligence (1e0) in Figure 2, we observe its relationship with Figure 1. In Figure 1, we can observe a chakra-like flow of consciousness, with the topic dictionary as Part 1, the consciousness dictionary as Part 2, the control dictionary as Part 3, the singular intelligence connecting the intelligence dictionary and intelligence management as Part 4, coordinate management as Part 5, self-management as Part 6, and vibration management as Part 7. In this case, a singular vibration can be constructed in which Part 4 is placed at the center of the flow of consciousness, singular editing (1e1) is used to edit the singular intelligence of Part 4, singular coordinates (1e2) are used to manage the coordinates of the topic dictionary related to Part 5 and Part 1, singular system (1e3) is used to manage the self-management of the consciousness dictionary related to Part 6 and Part 2, and intelligence management (1e) is used to manage the vibration of the control dictionary related to Part 7 and Part 3. If the vibration management of the control dictionary is called special care, then intelligence management plays a role equivalent to special care that manages Part 7 based on Part 3.

According to Figure 2, claim 1 provides "an intelligent device (4c, 1a) for realizing an intelligent dialogue device, the intelligent device including an intelligence management (1e), wherein the intelligence management manages specific intelligence obtained by discretizing intelligence, thereby realizing an intelligent dialogue device." Furthermore, claim 2 provides "an intelligence management (1e) for realizing a dialogue device in which a user can build intelligence, the specific intelligence being made available to the user in the intelligence management, thereby realizing a dialogue device in which the user can build intelligence, characterized in that the dialogue device according to claim 1 is provided." The intelligence management has a specific care function. Claim 3 provides the dialogue device described in claim 2, which is characterized in that it provides "a singular intelligence (1e0) for realizing a dialogue device capable of building a local society with a user, the singular intelligence having the functions of singular editing (1e1), singular coordinates (1e2) and singular system (1e3), wherein the singular editing is used to build speech intentions, the singular coordinates are used to build topic transitions and the singular system is used to build a common consciousness, thereby realizing a dialogue device capable of building a local society with a user."

FIG. 3 shows an example of singular intelligence (1e0) according to the present invention. 1e1 shows singular editing information relating to the definition of singular vibrations, 1e2 shows singular coordinate information relating to the definition of coordinates, and 1e3 shows singular system information relating to the understanding of the dialogue device. 1e4 shows the configuration of singular vibrations relating to the field of action, 1e5 shows the configuration of singular vibrations in the field of consciousness, 1e6 shows the configuration of singular vibrations in the field of social consciousness, and 1e7 shows the configuration of singular vibrations in the field of intelligence. 1e8 shows the configuration of singular vibrations relating to the definition of intelligence, 1e9 shows the configuration of singular vibrations relating to the dynamics of society, 1e10 shows the configuration of singular vibrations relating to the dynamics of dialogue, 1e11 shows the configuration of singular vibrations relating to the definition of dialogue knowledge, and 1e12 shows the configuration of singular vibrations relating to the configuration of the dialogue device. 1e11 and 1e12 correspond to organized singular systems of the dialogue device shown in FIG. 1.

As shown in Figure 3, this invention focuses on the specific vibration, which is a cyclical vibration formed based on four characteristic states, and regards the intelligence that is the force that forms the specific vibration as specific intelligence (1e0). In other words, specific intelligence is a discretized version of human intelligence that exists as an analog, and intelligence management (1e) in Figures 1 and 2 manages the discretized specific intelligence.

HITECO in Figure 4 is an editing law of singular vibrations that focuses on the transition of states of consciousness related to intelligence, which many humans share. HITECO derives details of singular vibrations consisting of a four-state transition structure that can also be applied to natural laws such as the mechanics of materials. In Figure 4, {KA, TU, KU, RA} is a set of morphisms that derive utterance intentions, and {(KA), (TU), (KU), (RA)} is a set of identity elements that derive utterance intentions. The morphisms represent four-state transitions, and the identity elements present in state X represent cases where a state remains in state X without transitioning even after receiving an action, or cases where a state transitions to a higher or lower singular vibration after receiving an action and then returns to state X.

In Figure 4, in a dialogue state following a certain consciousness oscillation, if we consider that an output utterance forms a morphism of speech intentions that continues that consciousness oscillation, then input utterances can be classified as either forming a morphism of speech intentions that blocks that consciousness oscillation or forming an identity element of speech intentions that maintain that consciousness oscillation. Even when an input utterance forms a morphism of speech intentions that blocks that consciousness oscillation, the output utterance may transition to a different consciousness oscillation, but because it follows the same structural editing rule, it may form a morphism of speech intentions that pseudo-continues the original consciousness oscillation. In this case, the input utterance can be interpreted as an identity element of speech intentions that maintain the consciousness oscillation. In other words, singular oscillations have an editing rule similar to the law of attraction, where the formation of the same speech intention makes it possible to characterize one arbitrarily selected singular oscillation with another arbitrarily selected singular oscillation. Editing singular oscillations based on speech intentions in this way is called singular editing. A typical example of a dialogue device that retains speech intentions is one that general users use to enjoy dialogue based on speech intentions. We also believe that an important example would be to use it as an observation and experimental device for the intentions of speech for researchers and other people involved in the intelligence industry who are interested in idiosyncratic editing.

Figure 5 shows an example of singular coordinates (1e2). Action coordinates (1e4) provide three-dimensional coordinates in the field of action, consciousness coordinates (1e5) provide four-dimensional coordinates in the field of consciousness, social coordinates provide four-dimensional coordinates in the social field, and intelligence coordinates provide five-dimensional coordinates in the field of intelligence. In particular, intelligence coordinates are five-dimensional, and since this is a chaotic situation in which four-dimensional fields exist in parallel, an observation device for singular intelligence is required.

As shown in Figure 5, the intelligent coordinates of singular coordinates have a five-dimensional coordinate system, making it possible to express topic transitions with a high degree of freedom. A typical example of dialogue control with a function for highly flexible topic transitions is its use by general users to enjoy dialogue with topic transitions. Another important example is its use as an observation device or experimental device for intelligent coordinates for researchers and other people in the intelligent industry who are interested in intelligent coordinates. Furthermore, we believe that another important example is its use as an observation device or experimental device for dialogue control for researchers and other people in the intelligent industry who are interested in highly flexible dialogue control.

The dynamics of singular vibrations contained in the singular system in Figure 6 include mechanics related to natural laws, such as the mechanics of materials, which deal with deformations caused by external forces. Furthermore, the dynamics of all singular vibrations caused by the action of singular intelligence, such as dialogue dynamics (5) and social dynamics (6), are encompassed as laws of consciousness. Here, dialogue dynamics (5) is the dynamics of singular vibrations at the device level, providing a system of dialogue control through the action of dialogue intelligence. Furthermore, social dynamics (6) is the dynamics of singular vibrations at the consciousness level, providing a system of social control through the action of an intelligence field. In this way, singular systems correspond to systems of dialogue control and social control based on the dynamics of singular vibrations. The system of social control through social dynamics (6) provides a common consciousness held by many people interested in social change.

Figure 6 shows the system of social dynamics. Social dynamics is composed of specific vibrations formed by the field of action 6a, the field of consciousness 6b, the field of society 6c, and the field of intelligence 6d. It also consists of relationships between specific vibrations formed by the relationship between intelligence and action 6e, the relationship between action and consciousness 6f, the relationship between consciousness and society 6g, which is a constitutive relationship of social dynamics related to social control, and the relationship between society and intelligence 6h.

Figure 7 shows the relationship between intelligence and behavior (6e) and behavioral oscillations in the behavioral field (6a). 6a extracts behavioral oscillations that are likely to be generated against the backdrop of social control. Focusing on the generalized functions {δ'(t), δ(t), δ(ω), δ'(ω)} used in differential equations such as the oscillation equation, behavioral oscillations are constructed by dividing these generalized functions into four states: present, future, turning point, and past. δ'(t) represents behavioral oscillations related to freedom, δ(t) represents behavioral oscillations related to concealment, δ(ω) represents behavioral oscillations related to evolution, and δ'(ω) represents behavioral oscillations related to fear. Other behaviors are derived from the Fourier and Hilbert transforms of these generalized functions. The left-right relationship of the causal oscillations in Figure 7 is the relationship of the Fourier transform, and the up-down relationship is the relationship of the Hilbert transform. We hypothesize that if a differential equation exists that captures behavioral changes, behavioral oscillations related to social control correspond to the generalized functions used in that differential equation. However, we believe that there is no problem in introducing the values of the actions that make up these behavioral oscillations based on empirical rules related to social control. Maintaining structure is important for behavioral oscillations (6a), and if the structure is maintained, it is necessary to consider that the values representing the actions do not have to be treated as inherent, but rather fluctuate depending on the user's awareness. In the observation device (1g) in Figure 1, the values of the actions in Figure 7 are set as variables so that users can change them.

Figure 8 shows the relationship between action and consciousness (6f) and the consciousness space (6b) in the field of consciousness. The consciousness space (6b) can be derived by considering the relationship between action and consciousness (6f) in relation to the action vibration (6a). However, this derivation is complex and can be understood relatively easily with the help of an observation device (1g). Note that since only the value of the action is used in Figure 8, an explanation of the relationship between action and consciousness (6f) is omitted, but the relationship between action and consciousness (6f) can be understood by comparing Figure 8 with Figure 7. The consciousness space (6b) is used as a background for focus and perspective in the social field (6c) and the intellectual field (6d).

Figure 9 shows the relationship between consciousness and society (6g) and consciousness vibration in a social setting (6c). The relationship between consciousness and society (6g) shows the constitutive relationship in the dynamics of society, and forms the focal vibration that is at the core of social control. As with the value of action vibration (6a), the structure is important for the relationship between consciousness and society (6g), and the value representing the focal vibration is not unique, but is treated as changing depending on the user's consciousness.

Figure 10 shows the relationship between society and intelligence (6h) and the consciousness vibration in the field of intelligence (6d). The relationship between society and intelligence (6h) is composed of four types of composite vibrations synthesized based on the social vibrations shown in the relationship between consciousness and society (6g). The consciousness vibration in the field of intelligence (6d) is constructed as a consciousness space with the composite vibration as its focus. It is believed that a common consciousness can be constructed by expressing the consciousness vibration in the field of intelligence (6d) as a consciousness vibration that adds consciousness related to the composite vibration to the consciousness vibration in the field of consciousness (6b).

A typical example of a dialogue device that maintains a common consciousness is for general users to enjoy dialogue based on the common consciousness. We also believe that an important example would be to use it as an observation or experimental device for common consciousness for researchers and people involved in the intelligence industry who are interested in vibration control formed by the action of intelligence, such as dialogue control, social control, and consciousness control.

FIG. 11 shows a data structure (1e7) of consciousness vibrations characterized by the assignment of singular coordinates according to the present invention, and a category of consciousness vibrations (category of murmurs) (1e1) characterized by being usable for editing speech intentions. By assigning singular coordinates to consciousness vibration data, it is possible to introduce morphisms between objects when targeting speech. Furthermore, by introducing morphisms into consciousness vibrations, it is possible to define a category of consciousness vibrations (category of murmurs) based on the singular editing of HITECO shown in FIG. 4. Note that the categories in the category of consciousness vibrations and the category of murmurs are used in the sense of categories in mathematical category theory, and are equivalent to categories such as the category of sets in category theory.

As shown in the data structure of consciousness vibration in Figure 11, an utterance is composed of a set (murmured sentence, timer, transition destination). In this data structure, the murmured sentence is the object of the utterance, the timer is the identity element of the utterance, and the transition destination is modeled as a morphism of utterances that connects the object of the murmured sentence with the object of the transition destination. If we identify an utterance with its object, the murmured sentence, the four states of consciousness vibration are composed of the objects {origin, elaboration, turnaround, conclusion}, and these objects can be assigned to the {present, future, turning point, past} of HITECO in Figure 4. As a result, the morphism from the conclusion to the origin is KA in Figure 4, and the origin has the identity element (KA) in Figure 4. The morphism from the origin to the elaboration is TU in Figure 4, and the elaboration has the identity element (TU) in Figure 4, and so on. Therefore, if we further introduce the composition of morphisms and the law of associativity, the four states of consciousness vibration will form a category of consciousness vibration. The relationship of consciousness vibrations that can be constructed based on singular editing in this way is called the sphere of consciousness vibrations or the sphere of murmuring.

The consciousness vibrations that generate the category of murmurs in Figure 11 are called murmur vibrations. In the category of murmurs, if we construct the four-state object that constitutes the murmur vibration using the "timer" activated by the murmur and the "utterance with the same singular coordinates at the transition destination as the murmured sentence" input by the dialogue partner in response to the murmured object as the identity element, then the four states contain an "entanglement state for the murmured object with the identity element," a "coexistence state for the morphism that triggers the transition," an "equilibrium state for the composition of morphisms," and a "selection state for the composition of morphisms based on the associative law of morphisms." In other words, in murmur vibrations, there exists a "category of murmurs" characterized by the intention of the utterance related to entanglement, coexistence, equilibrium, and selection. Based on this "category of murmurs," it is possible to construct an intelligent device (4c, 1a) that can continuously output murmurs with the intention of the utterance.

For a four-state object that constructs a murmur vibration, if the utterance input by the dialogue partner in response to the murmur target is "an utterance that has the same singular coordinates in the murmured sentence and the transition destination," it functions as an identity element and no dialogue transition occurs. On the other hand, if the utterance is "an utterance that has different singular coordinates in the murmured sentence and the transition destination," a dialogue transition occurs. In other words, by frequently using "utterances that have different singular coordinates in the murmured sentence and the transition destination" in the utterances input by the dialogue partner, it is possible to provide a dialogue device with a highly flexible dialogue transition function.

A typical example of an interaction device that has the function of speech intention and highly flexible dialogue transition functions introduced based on the data structure of consciousness vibrations and the sphere of consciousness vibrations as shown in Figure 11 is its use by general users to enjoy dialogues with changing speech intentions and dialogues with transitions.We also believe that an important example is its use as an observation or experimental device for speech intentions and highly flexible dialogue transition functions for researchers and people involved in the intelligence industry who are interested in consciousness vibrations, speech intentions, and the sphere of murmurs.

Figure 12 shows an example of an observation device (1g) for singular intelligence according to the present invention. In the dialogue device of the present invention, users and related parties of the dialogue device can use the observation device (1g) for singular intelligence provided in the action control (1) to check the content of the singular intelligence, while taking into account the characteristics of the user's local community (3g). The contents of the intelligence dictionary (4e), topic dictionary (4b), consciousness dictionary (4f), and control dictionary (4d) can be registered, changed, or deleted in whole or in part, including the intelligence dictionary (4e) that handles environmental sentences related to the user's environment based on singular editing, the topic dictionary (4b) that registers pairs of utterances consisting of input tweets and response tweets based on singular coordinates, the consciousness dictionary (4f) that registers the system of consciousness vibrations transmitted by the dialogue device to the user based on the singular system, and the control dictionary (4d) that registers control sentences when an abnormality occurs in the dialogue based on singular care.

The work shown in Figure 12 means that it is possible to give the impression that the user and related parties are educating the intelligent device on the skills necessary for dialogue, taking into account the characteristics of the user's local community (3g), and by allowing the user and related parties to share the contents of the dictionaries, it is possible to provide a dialogue environment that is open to the user, rather than one that is unilaterally provided by those involved in the dialogue device.In other words, by allowing the user to come into contact with singular intelligence using the observation device (1g), it is possible to realize a dialogue device that allows the user to build intelligence.

A typical example of an interactive device that allows users to build intelligence is an interactive device that can build a local society with the user, and by using an observation device for singular intelligence, users can participate in the construction of the intelligent device and enjoy dialogue in the local society formed in the interactive device. Similarly, we believe that an important example is the use of the device as an educational device by users and related parties who are interested in education and educational games. Furthermore, an important example is the use of an interactive device that allows users to build intelligence as an interactive device provided to related parties in need, or as auxiliary intelligence for other interactive devices.

Let us review the contents of the present invention. In this invention, the introduction of an intelligent device leads to an intelligent dialogue device, the introduction of intelligence management leads to a dialogue device in which users can build their own intelligence, and the introduction of singular intelligence leads to a dialogue device in which a local society can be built with users. The resulting local society (3g) is not a device or function, but a "small society formed by the user and the dialogue device" that is aggregated in a dialogue log formed in the dialogue control (3). Therefore, the present invention provides users with a "small society formed by the user and the dialogue device," and the present invention hopes that this small society will make a significant contribution to the intelligence industry.

1a Intelligent Device (4c, 1a)
1e Intelligence Management 1e0 Singular Intelligence 1e1 Singular Editing 1e2 Singular Coordinates 1e3 Singular System

Claims (4)

In a dialogue device having an intelligent device (4c, 1a), the intelligent device is equipped with an intelligence management (1e), and the intelligence management manages the consciousness fluctuations formed by the dialogue between the user and the dialogue device by "discreting intelligence based on the system of consciousness vibrations into a finite and closed consciousness space in which intelligence is discretized (for example, based on discretizing intelligence as a consciousness vibration consisting of four intelligence coordinates of "environment, adaptation, task, response", four new focus coordinates are introduced into all four intelligence coordinates that make up this consciousness vibration, and four new consciousness coordinates are further introduced into all of these 4 x 4 focus coordinates in a consciousness space constructed based on 4 x 4 x 4 consciousness coordinates, An intelligent dialogue device characterized by accepting the consciousness fluctuations into a "specific intelligence (1e0)" constructed as a consciousness space in which 4x4 focal coordinates and 4x4 placement coordinates coexist and which can be visualized in diagrams and sentences based on deformation rules related to the coordinate system, and recognizing the consciousness fluctuations as acceptance fluctuations in the specific intelligence , providing the dialogue device and the user with a "specific intelligence (diagrams and sentences including coordinates)" that serves as a guideline for reflecting the acceptance fluctuations in the dialogue device's processing, and allowing the dialogue device and the user to acquire the ability to respond by following the guideline . The interactive device described in claim 1 is characterized in that an intelligence management (1e) for realizing an interactive device in which a user builds intelligence, the intelligence management having a singular intelligence (1e0) , the intelligence management provides the user with the function of changing the coordinate names of the coordinates of the singular intelligence and registering and deleting words and phrases spoken by the user that correspond to the coordinate values of the coordinates, thereby enabling the user to construct a coordinate system in which the user expresses himself or herself in words that suit his or her own personality and configure the singular intelligence, thereby realizing an interactive device in which the user builds the singular intelligence, i.e., an interactive device in which the user builds intelligence. The dialogue device according to claim 2, characterized in that the dialogue device can always provide the dialogue device and the user with "specific intelligence ( diagrams and sentences including coordinates)" that serve as guidelines for reflecting the issue awareness in the dialogue device's processing by accepting the consciousness changes as changes in the issue awareness of the specific intelligence . A specific intelligence (1e0) is an object managed by the intelligence management (1e) of the intelligence device (4c, 1a) in a dialogue device, and the object managed by the intelligence in the dialogue is discretized as a "direct product: intelligence x action x consciousness x society" composed of intelligence {environment, adaptation, task, response}, action {editing, coordinates, system, care}, consciousness {intention, transition, sharing, acceptance}, and society {utterance, topic, dynamics, context}. A function ( for example, a speech analysis function that edits the environment and captures utterances according to the intention ) attracted by "specific editing {environment, editing, intention, utterance}." " is the singular intelligence that holds the property of intelligence {environment, adaptation, task, response}, and introduces an intelligence space consisting of a 2x2 matrix with the first row consisting of "environment, response" and the second row consisting of "adaptation, task", and the four elements of this intelligence space are objects with an identity element, and the category in which the composition of morphisms and the law of associativity between these objects are introduced is called singular vibration, and the singular vibration derived from intelligence {environment, adaptation, task, response} is defined as intelligence vibration, and further, by defining action vibration based on the singular vibration of action {editing, coordinate, system, care}, consciousness vibration based on the singular vibration of consciousness {intention, transition, sharing, acceptance}, and social vibration based on the singular vibration of society {utterance, topic, dynamics, context}, the "function attracted by singular coordinates {adaptation, coordinate, transition, topic} related to {intelligence vibration, action vibration, consciousness vibration, social vibration} that has the properties of a category ( for example, the function of topic analysis that captures topics that transition based on adaptive coordinates ) " is a singular intelligence that holds ", deriving an intelligence space consisting of 2x2 elements from intelligence vibrations, deriving an action space consisting of 4x4 elements by assigning action vibrations to each element of this intelligence space, further deriving a consciousness space consisting of 8x8 elements by assigning consciousness vibrations to each element of the action space, and further deriving a social space consisting of 16x16 elements by assigning social vibrations to each element of the consciousness space, thereby achieving functions attracted by "singular systems {tasks, systems, sharing, dynamics}" related to {intelligence space, action space, consciousness space, social space} of the singular intelligence ( for example, the function of dynamic analysis that captures shareable dynamics such as "dynamics of consciousness similar to the dynamics of solids in physics" or "chakras in the spiritual world" based on the system of tasks ). Dialogue device according to any one of claims 1, 2, or 3, characterized in that the specific intelligence possesses a "function that attracts specific care {response, care, acceptance, context} ( for example, a function of context analysis that cares for response and captures acceptable contexts such as "the context of past consciousness changes, the context constituted by current challenges, and the context that can be expected in the future" ) " that can visualize and accept the consciousness changes formed by the dialogue between the user and the dialogue device by using the specific intelligence (diagrams and sentences including coordinates) visualized in the consciousness space, and the dialogue device and the user "can mechanically perform utterance analysis, topic analysis, dynamics analysis, and context analysis with the specific intelligence, can mechanically perform consciousness analysis including any of the utterance analysis, the topic analysis, the dynamics analysis, or the context analysis with the specific intelligence, and can acquire guidelines for dialogue design from the consciousness analysis using the specific intelligence."