KR20090086805A - Self-evolving artificial intelligent cyber robot system - Google Patents

Abstract

A self-evolving cyber robot is provided to make and evolve a personal cyber robot of a user to make various artificial intelligence robots. A user terminal(100) performs the creation and growth of a personal cyber robot having the knowledge of a user. An application software server(310) is connected with the user terminal through the cyber space(300) to perform the provision and management of all software. A robot management server(330) synchronizes information in real time, provides various robots, stores/manages the robot information, and guides the information of a connected user.

Description

Self-evolving Artificial Intelligent Cyber Robot System

Through various systems such as servers and terminals that provide cyber robot services in the cyber space, we analyze the characteristics and tendencies of individual users to licensed users and provide various services such as customized applications for individual users and networks with other robotic systems. Providing the artificial intelligence cyber secretary robot system to provide, grow and evolve the individual user's cyber robot, and configure the system to use, exchange and trade the cyber robot

Recently, with the development of software engineering, S / W providers are trying to attract users by providing various contents. Until now, chat, messenger, and SMS services have been provided in cyberspace, and in particular, recently, various functions using virtual avatars have been added.

An avatar is a visual image that represents your self in virtual space and is an animated character that takes the role of a user in cyberspace. Currently, avatars have been used in cyber malls, virtual education, etc. in addition to search and online games. Recently, the most popular field is the online chat service, and chat services using avatars such as 3D graphic chat have been introduced. Existing avatars are mostly flat icons because they are mostly two-dimensional pictures, and avatars appearing in online chats have a problem of being flat and unrealistic at such a rudimentary level. The three-dimensional cyber robot that appeared to solve this problem appeared. The advantage of this robot is that it has a three-dimensional effect and a sense of reality. The robot connects the real world with the virtual space and exists as a personal assistant. Avatar users who have been fascinated by the anonymity of cyber space provided by avatars now feel the desire to express themselves through virtual space. Cyber robots have come to realize that desire. Most games and chat services mainly combine characters or provide already completed avatars. As graphic technology is improved, I can create my own personal cyber robot instead of using ready-made products made by service providers. Create a cyber robot. Various methods for generating such robots and using them in wired and wireless cyberspace have been proposed.

The present invention generates a user's own cyber robot in the form of an avatar, using a cyber robot grown through dialogue and evolution with the user, processing new information with the user or other cyber robots, and purchasing a robot. And an intelligent cyber robot that also sells.

The present invention is designed to solve the problem in consideration of the above-described circumstances of the prior art by creating a user's own cyber robot,

Create and grow a robot in the management server, analyze and save the user's choices and inclinations through conversations with users through various interfaces, and learn about the effects of interactions with users and ontology methods of cyberspace information. By accumulating knowledge data, it grows in stages and has various abilities. The user's unique cyber robot is capable of expressing joy, anger, and affection by various 2D or 3D motion images given in each step, and outputs the image, text, or voice accordingly. It may also be able to represent the user's disposition. The function of the user's own cyber robot is connected to make effective use of application S / W to search and process information in a new way, and the integrated ontology inference engine that is the cutting edge of artificial intelligence research using knowledge base DB. Provides a system that can be used anywhere, including trained judgments.

As described above, by creating and evolving and growing a user's own cyber robot, a variety of artificial intelligence robots can be created to induce human, cultural and entertainment needs and infinite interests. Through the wired and wireless Internet, all existing activities such as search, mailing, automatic response, video chat, and online games can be performed more efficiently and personally, thereby increasing economic and social efficiency and increasing convenience. At the cultural and social levels, the contribution to society is unparalleled, and synergies will double in terms of securing a bond between the company and customers. When processing information using such a cyber robot, it provides the user with favorable information about a specific robot and can purchase a more efficient robot that meets the needs of the user. It is possible to create a new community for them, and when purchasing an information processing robot, it is possible to highlight the social and individuality of the user when necessary, so that new user-oriented information can be provided and processed.

The present invention is to create a cyber character having a unique function of the user in the user terminal in order to achieve the object as described above, in the electronic information system using the same,

A user with a program that creates and grows his / her own cyber robot by using input / output means (image, voice, text, etc.) for various interfaces between the user and the cyber robot, and has the appearance, propensity and knowledge desired by the user. Terminal with

Connected to the wired and wireless Internet, and dually configured with a robot management server to synchronize information in real time, provide various robots, store and manage user information, and collect cyber robot information grown in the user's terminal and mobile device. A robot management server for calling and managing,

A system is provided that enables the user to replicate an AI robot.

Specifically, (a) developing and installing a program capable of generating and growing the cyber robot;

(b) Forms that can be made to be easily patterned, modified or programmed by logging into the robot for each function of the S / W to be used;

(c) collecting information through various interfaces of the user and the cyber robot to analyze and store interests and dispositions of the user;

(d) Developing a technology for evolving an intelligent cyber robot, comprising the steps of editing the information in a standardized way by using the analyzed information, storing it in a knowledge bag, and growing the appearance and capability of the cyber robot.

The cyber robot distinguishes an execution language from a search language and is basically implemented through a personal terminal, and develops a technology managed by a central robot server when the terminal is turned off. The cyber robots are priced and sold according to the functions installed in the cyber robots, and individual users can use the desired functions or applications through smooth communication and communication without having to purchase unnecessary software. , Video, voice) communication means between user and robot, cyber robot and cyber robot, mechanical robot and cyber robot. Cyber robots can transform into the brains of mechanical robots using networks.

By creating and growing a cyber robot with user's own functions on the user's terminal or management server,

Accessing the server through a network, registering as a member and downloading and installing a program for generating a cyber robot, or installing using a recording medium recording a program for generating and growing the customized robot;

Generating an initial robot by receiving information of the first user, information on personality, interests, etc., collecting information through interaction with the user and the robot, and analyzing and storing the user's disposition;

Collecting, searching for, and editing information according to a user's propensity using the analyzed information to store knowledge data, and to grow the cyber robot;

A method of evolving an artificial intelligence robot is provided, including

Selecting other pre-registered users to process the various robots together with the individual or multiple users' cyber robots;

A method of applying various cyber robots provided by a robot server by accessing the wired / wireless internet using the cyber robot.

The robots selected for purchase by the user are characterized in that when the purchase is completed, configuration settings are stored in the robot management server and provided to the user when necessary.

The inclination of the user includes not only various personalities, voices, or texts that everyone has, but also appearances, actions, facial expressions, handwriting, etc., which can be used to know unique characteristics of the user.

When the artificial intelligence robot is selected as the cyber robot compatible with the cyber robot, the newly constructed information may be worn according to the size of the cyber robot and may be enlarged or reduced when necessary, and detailed information is also displayed. Hereinafter, a cyber robot system according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the configuration of a cyber robot according to the present invention. The user-specific cyber robot 200 stores the information about the user's own cyber robot and a knowledge bag 250 that stores the user's information to be used when the cyber robot is executed.

Conversation agent 230 is responsible for the exchange of information made in both directions through a voice, image, text, and the like. It can be inferred through dialogue with learning effect and interaction of prior action. The application S / W server 240 includes various necessary voice recognition, image recognition, games, entertainment, search engines, programs such as word processors, artificial intelligence (AI) programs, and individual information assistants.

The ID module 210 is responsible for security and authentication functions, and in particular, authentication using biometric characteristics such as images, fingerprints, and voices is possible. The ID module may change the robot ID or address from time to time in the cyber space or use a joint login ID to maintain the security of the cyber robot or make it impossible to track.

The communication module 220 allows communication between users via the cyber robot or between the cyber robots through mobile communication and wired / wireless internet communication. The cyber robot can communicate with international standardization protocols such as IP address in online, and communicate with Hot Key or phone number in offline. It can be accessed from anywhere in the world with a fixed or dynamic IP address. The communication module 220 includes a pattern recognition module for recognizing and classifying information input by an image such as a camera or a video among input / output means (image, voice, text, etc.) for various interfaces between the user and the cyber robot; The cyber robot of the user is analyzed using the pattern analysis module and the stored information, which analyzes and stores the disposition of the classified at least one user, and generates and stores a value in which a voice or a character matched with the user's characteristics is matched. The composition includes a synthesis module that can express the appearance in two dimensions and images, form various appearances and operations of the cyber robot using the above information, and perform a function to be transformed into a deformation model by the user's selection. The dialogue agent 230 of the program is a microphone or a small of the input and output means for various interfaces Voice recognition module that analyzes the user's characteristics, interests, etc., which are input by voice such as a file, and stores them as voice information, and generates and stores a matching value, and various propensities of the user input by the voice in real time. A communication module for converting and transmitting characters into characters, a parsing module for analyzing and classifying features and interests of the user input by a handwriting such as a keyboard or an electronic pen among input / output means for the various interfaces, and analyzing the And an analysis module configured to generate and store the classified information corresponding to the user's request, and a voice module configured to output information stored as the voice information or stored as text as a modulated voice according to the user's request. In addition, the conversation agent enables the user to send and receive voice e-mails and store them, and the voice mail address or robot ID allows other people to send and receive voice e-mails to the user and store the voice e-mails. Make it simple through. The voice e-mail address can be used by converting an existing e-mail address such as 3i @@ threei.net using the voice service of the robot management server without adding a voice mail server using an internationally standardized e-mail address.

The communication module 220 includes an input module for classifying input / output means for an interface into an image, a voice, a text, and the like, an output module for determining a voice output or a text output suitable for a cyber robot exchanging various interfaces with the user; Recognizing and analyzing the user's conversation using the information stored by the agent, by the conversation agent and the knowledge bag 250 to perform the function to search and interact with the knowledge data to correspond to the corresponding By using the stored information, the cyber robot can be grown at each stage, and the artificial intelligence cyber robot can be moved to use a mechanical robot or can be called as a means of duplicating the robot. The robot 200 collects and retrieves the information of the cyber space and edits the information using the at least one user's inclination, the pattern information and the processing engine as information suitable for the user's inclination, and stores it as a knowledge bag, and the user frequently accesses the information. Collect the site and information and store it in the knowledge bag 250 as knowledge data.

2 is a block diagram of the cyber space 300 according to the present invention. The character DB 320 of the cyber space 300 holds a lot of content in the shape of a person, an animal, a cyber character, an avatar, a movie character, and other shapes, and is a two-dimensional or three-dimensional model for growing the appearance and behavior of the cyber robot. The image information of the dimension is stored, and the image information is expressed and stored for each step of the image information and actions expressing various emotions that a person may have such as joy and anger, and the user's own cyber robot user has various shapes Models of various deformation models needed to be converted and used by the robot is stored, and generate information related to the appearance of the initial appearance and operation of the user's own cyber robot, and are divided and stored for each step, the user The values matching the external form and the voice are stored separately. All the above information is in the directory structure. As it is to be stored in the form of a file.

Common general knowledge such as features and interests of the user robot may be stored as knowledge data that the initial cyber robot may have, and the user may interact with the cyber robot using input / output means for the various interfaces. By analyzing and classifying personality, hobbies, features, interests, etc. through dialogue, the information is stored to be used as information for analyzing and judging user's disposition, and the analyzed information is cyber ontology based on ontology-based reasoning process. Collect and search for information, classify and edit to create and store new knowledge data.

All the above information is stored in the form of a file having a directory structure in the robot management server 330. The application S / W server 310 of the robot 200 is a function of the existing S / W established and licensed for the function through the wired and wireless cyber space 300 and purchased functions provided by the company It stores information about the software, and it can be used by a robot user without any burden of commercial software at a low cost through a software rental or streaming license technique. The management server 330 stores the member registration information of the user registered in the company, and also the payment information compatible with the cyber robot is stored, the user's cyber robot is frequently accessed through the wired and wireless cyber space It is a server that processes information about the site and the information obtained. The ID module 210 of the program of FIG. 1 is kept in synchronization with the authentication module of the robot management server 330 and encrypted to recognize that the user's unique cyber robot when the user creates the first cyber robot. Providing a unique number, and if the cyber robot is connected through a wired or wireless Internet, the authentication module for managing and requesting separate authentication, and the various S / W selected by the cyber robot of the user to purchase a function To manage the security authentication, and in order to exchange information requiring the secret of the user is responsible for the encryption and decryption of the specific information required. Create a play plaza 340 to test cyber robots, create and exchange personalized robots with samples, and set up display spaces for trial use so that creative goods are produced and traded. It consists of a server that manages robots whose voice modulation, disposition, and identity can be changed according to user's request.

3 is a view showing the configuration of a schematic overall system according to the present invention. Referring to FIG. 1, the system of the present invention includes a terminal 100, a personal robot 200, a robot management server 330, and the like in a user cyber space 300.

3 illustrates a case where the personal robot 200 is driven in the terminal.

The robot 200 and the robot management server 330 always maintain the same information as the DB in real time, the application S / W server 310 the state of the robot server 330, the robot server 330 is S / W server 310 while monitoring the status of one server is down, the remaining server maintains a dual network that performs a function in real time to provide a more efficient service to customers, The user terminal 100 generates and grows a unique cyber robot having knowledge of the user by using input / output means (image, voice, SMS, text or handwriting, etc.) for various interfaces between the user and the cyber robot. To perform information processing through a plurality of cyber robots and various communities through communication means such as wired and wireless Internet, and the application S / W server 310 Is connected to the user terminal 100 and the cyber space 300 and provides and manages all the S / W, the robot management server 330 is configured in dual to synchronize the information in real time, and provides a variety of robots Stores and manages the robot information, takes charge of the information guidance of the connected user and performs payment information processing. The knowledge bag 250 of the DB program maintains synchronization with the robot server 330 of the cyber space 300. Providing a work sharing function to the user and a plurality of other users so that the user and a plurality of other users can talk via chat, messenger, etc. using a cyber robot, or the user and a plurality of other users share information processing together The synchronization module for synchronizing the screen information, and the dialogue agent 250 of the program is an input module for classifying the information input through the input and output means, which are various interfaces between the users of the robot management server 330 and various interfaces between the users It is configured to include an output module for identifying the input and output means to determine the corresponding output means.

The robot of the robot management server 330 maintains and stores the same information as the information in the user terminal 100 in real time, and stores and continuously updates the robot information of all users. The agent of the robot management server 330 continuously updates information to the robot, and the robot management server 330 delivers various information generated by various conversation methods of users to other users and transmits the information to a specific person. Sending or important conversations are configured to include encryption and decryption, the robot management server 330 monitors the status of the application S / W server 310 in conjunction with the synchronization module of the application S / W server 310 And, if one server of the synchronization module and the application S / W server 310 and the robot management server 330 to keep the information of the two servers in real time the same can automatically execute the functions of the two servers. It is configured to automatically switch, and the DB of the robot and the pre-sale robot, which the user's request or the robot duplicated as needed during the operation, keeps the same information at all times.

4 is a block diagram of the robot 200 when the robot 200 according to the present invention is driven in a place other than the terminal. Referring to FIG. 1 and FIG. 2, the robot 200, which is one of the configurations of the present invention, will be described in more detail. The robot 200 may be driven on the terminal and the user may log off the robot from the terminal. By the setting of the may be automated in the cyber space 300 can be driven. That is, the user works by giving commands to the robot while logged in and off in cyberspace. It is used while maintaining the same information as the application S / W server 240 in the user terminal in real time, and uses the application S / W server 310 and other functions of the robot management server 330 as needed. When one of the robot management server 330 is down, it is configured to automatically execute the functions of both servers. The operating system is formed by adding individual cyber robots in the structure of the popular cloud PC.

5 is a view for explaining the communication between the cyber robot according to an embodiment of the present invention. The cyber robot 200 communicates with a portable information device and forms a communication network with a mechanical robot 400, a cyber intelligent robot 201 of another function, and a real life robot 410. The cyber robot 200 is mounted on a portable information device, a personal digital assistant (PDA), or the like. The cyber intelligent robot 200 performs networking with another personal robot 201 or a mechanical intelligent robot 400 and an intelligent robot 410 for real life. The networking means various processes in which the cyber robot is synchronized with each other in real time through communication with other robots to maintain and correct the latest state at all times. For example, if the user is in the home, the status of crime prevention and emergency among the information of the home intelligent robot is transmitted to the agent of the cyber intelligent robot so that the user always knows, and the home intelligent robot is provided through the cyber intelligent robot. This is a process to maintain a controllable state. More specifically, FIG. 5 illustrates a networking process between a cyber intelligent robot and a physical robot, that is, a home intelligent robot or a mechanical intelligent robot.

As shown in FIG. 5, a substantial networking or transition process in an urbanization space of a U-city or ubiquitous environment is performed by a communication module 220 of a cyber intelligent robot mounted on a portable information device, or a communication module of a mechanical intelligent robot. Is performed between. First, a session connection between the cyber intelligent robot and each of the mechanical intelligent robots is made through a step of executing a session management protocol. After the session connection is made as described above, the step of executing the user mobility management and session maintenance protocol is performed. As described above, when a session is connected between the cyber robots, the cyber intelligent robot receives information of other robots in the surroundings through a negotiation process of transmitting and receiving a message, so as to identify an environment in which other robots are in a state; A capability display step of informing the cyber robot about various services and functions currently supported by another robot is performed. Next, the cyber robot performs an appropriate structure determination step of selecting, configuring and maintaining an environment state suitable for itself. The above process is a process automatically performed between cyber robots without any user's manipulation. In the future, when the user requests any service or function, the service and function are provided according to the surrounding environment determined by the above process.

6 is a view showing the overall flow of generating a cyber robot according to the present invention. Referring to FIG. 3, the method for generating an artificial intelligence robot will be described in more detail. Access to the cyber space 300, access the robot management server 330, the information of the present invention is built, register as a member, download and install a program that can create and grow cyber robot, or create and grow the cyber robot What is necessary is just to install it in the user terminal 100 using the recording medium which recorded the program which can be made.

When the user first installs the program, the user inputs initial information about the user, and the appearance of the cyber robot may be determined according to the user's disposition. In addition, if the user's basic inclination is inputted into a given form or table, it is analyzed and reflected in the intelligent robot, and information about the user's personality, characteristics, and interests is collected and an initial cyber robot is automatically generated. The user can select a two-dimensional robot or a three-dimensional robot according to his or her taste. When the initial artificial intelligence robot is generated by purchase, the ID module 210 assigns a cyber robot unique identification number, issues a security authentication key, registers it, and provides the screen so that the user can know. While inputting information on the appearance using the character DB 320, the user may select to give an effect to the cyber robot resembling his or her appearance if necessary. The initial cyber robot generated as described above is always positioned at the top of the user's terminal and can be enlarged and reduced. Collect personalized information of the action, analyze the user's propensity and pattern using the collected information and store it in the knowledge bag.

First, when a user talks with a cyber robot through an image of a camera, a video, etc., the user's appearance and operation are stored in the character D / B 320 in advance and compared with the pattern of the user's appearance, such as joy and anger. It can be classified into, and extracting and storing the characteristics of the user's operation, and generating a matching key value matching the appearance and the operation, and increasing the counter value and the ratio of the appearance and the operation of the user. In particular, by developing multi-conversation interface technology that integrates and analyzes not only voice conversation but also visual information such as user's motion, we want to increase the added value of intelligent robot by realizing a higher level of interaction function.

Intelligent interaction technology, which enables the robot to recognize the user's utterances and actions, identify the user's intentions and respond intelligently, is the core function of the intelligent robot. After the work order, it connects to the knowledge base DB and gives feedback until good results are selected, and the result is selected by the inference algorithm.

In each step, the ID module 210 collects, retrieves and edits the information of the cyber space 300 by using a robot and a search engine, using information stored and analyzed according to a user's pattern and disposition. The robot knowledge bag 250 is newly updated, and feedback is given new capabilities such as various learning ability, financial ability, knowledge ability, problem solving ability according to growth. As described above, it is also possible to purchase a variety of services in each step ability, such as learning ability, financial ability, knowledge ability, problem solving ability.

For example, when the user wants to automatically search, he calls the personal robot 200 with his personal robot call number or HOT Key, and sends the text “Citibank Current Price” to the account on the knowledge base DB of the knowledge bag already patterned. The robot logs in to a securities company with a search for Citibank, recognizes the price of a specific time transaction, informs the user of the price, and waits for the next command. If the user does not want the information, he may make other requests or check other information of his or her personal account in real time.

When using voice recognition S / W, if the user sends a message to the stock robot, “Invest in Citibank Stock,” the robot recognizes the voice through the conversation agent and then displays the user's inclination in the knowledge bag. It determines whether the order to check the price of stocks of Citibank or to buy stocks, and log in to a personal securities account using the user's information stored in the knowledge bag or bi-directional information in real time using the conversation agent. Perform an exchange or command.

In another embodiment, when the user says "calculate" by voice, the robot loads the operation S / W through the voice recognition process and then performs a function related to a calculation or a special character related to a calculation (X, +.-, It provides a tool to facilitate the use of%). Even if the user transmits the data in the form of “234 X 785” through a mobile phone, it recognizes this as an operation command and provides the result after operation.

In another embodiment, when the user inputs “Kim Young-sik phone number” through voice, etc., the robot reads the ontology-based knowledge bag and determines whether it is an execution word or a search word. If wrong, send other information (eg address). All information is formalized tables using artificial intelligence (AI) software and algorithms are developed using pattern recognition techniques.

7 is a diagram illustrating a schematic screen configuration for cyber cyber evolution according to the present invention. Referring to the drawings in detail the method of improving and growing information in the knowledge bag of the cyber robot according to the present invention,

The cyber robot growth method using the cyber robot of the present invention,

(1) a tracking step of tracking the repeated work and behavior of the user through the knowledge bag 250 and storing the obtained information;

(2) a collecting step of collecting necessary information by data corresponding to the information stored in the DB and storing the contents of the collected information in a knowledge bag;

(3) an inference step of searching for the information stored in the collected DB, and classifying the searched information according to a predetermined classification criterion through an analysis algorithm and storing the information in a personal inference DB;

(4) retrieving the keywords stored in the individual inference DB, converting the retrieved keywords into knowledge data of the robot, and storing the calculated intelligence coefficient in the robot DB by applying a growth algorithm;

(5) retrieving the intelligent coefficients stored in the robot DB, and transforming into a new evolutionary robot.

The user interface of the present invention uses at least one pattern of interaction, e.g., operation of a learning module, to actively make suggestions to the user based on a pre-programmed pattern according to the user's behavior or previous experience with a particular user. It can be detected through the, preferably can be changed in advance according to the detected pattern. Thus, it is possible to anticipate the user's request and thus assist the user in selecting a desired function. Especially with regard to learning what the user wants and its behaviors, there is a need for this type of learning ability. Such learning capability may be provided arbitrarily through algorithms and methodologies known in the art by S / W objects and interactions with the environment. Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, and it should be noted that like elements are denoted by like reference numerals.

In an embodiment, a tracking process is performed to track and grasp an address (URL) of a site visited by a user through a tracking process and store the address of the visited site in a DB. Then, the content of the visited site, that is, the information collection target site, is collected through the collecting process and stored in the Knowledge Base DB of the knowledge bag. Subsequently, the final information to be provided to the user is determined by determining the content of the content identified through the inference process, the information is extracted based on a predetermined classification criteria, and the corresponding keyword is stored in an ontology-based inducing algorithm. .

8 is an evolving program that conforms to a formal standard provided by a robot management server to easily obtain information on daily habits, frequently asked questions, and daily habits of a user using an ontology knowledge-based reasoning process and a knowledge base database. Or improve the intelligence of the cyber robot by directly coding the given software. Referring to FIG. 3, when the user terminal 100 is booted, a cyber robot is automatically executed while the user terminal 100 is connected to the cyber space 300 without knowing the application S / W server. Maintaining synchronization with the 310 and the robot management server 330 is completed with respect to the information processing. The user may select a method for processing information through the wired / wireless cyber space 300, for example, by providing different menus for changing and displaying a menu or a part thereof and changing a touch screen function. Can be. The suggestions may be made arbitrarily by voice.

When the primary conclusion comes to multiple choices, it is the process of reaching a single choice with some reasoning. The next question is, “Do you have any conclusions you have already used?” “List the key words in duplicate order.” Score them in the order listed, ask the simple OX questions, enter the feedback in the Knowledge Pouch if they are wrong, and in the other step "List by date." List by price. "Find the size, weight, reputation, number of users, location?", Etc. and ask them to converge to one. "Sort by price and score by year. If no final conclusion is extracted, the conclusion of the highest score is sent to the user.

 When the first search result comes to the user to select various criteria, the search results are passed through the updated knowledge bag and the pre-built DB to reach the single choice through inference. The knowledge bag contains the user's personalized information selection criteria such as purchase habits and options. In the DB, average standards such as purchasing habits and options of ordinary people are established. Whenever a search result passes two criteria, it receives the assigned point and finally provides the user with only the highest point.

9 will be described in detail an embodiment of replicating a user-specific cyber robot in order to achieve the object according to the present invention using the system configured as described above. The robot management server 330 can be used as a helper robot by distributing some functions of the robot 200 for the purpose of distributing CPU time and increasing the number of simultaneous users by copying only special functions desired by the user. It maintains and stores the same information as the information in the parent robot 200 in real time, and stores the robot information of all users and is continuously updated. The agent of the robot management server 330 continuously updates the information to the robot, and the DB of the distributed helper robots 202 to 205 can always maintain the same information and use only some software of the application S / W server.

The purchased robot 200 generates the first user's cyber robot to have common knowledge, functions, and software, and the cyber robot 202 communicates with the user using various interfaces while the user commands the user. It collects information about the result of the search, another cyber robot 203 translates into a conversation with the user using a variety of interfaces, another cyber robot 204 can play a game with the user in real time In addition, another cyber robot 205 shows a situation in which a user invites his or her friend who is registered in advance to the user's terminal to have a conversation and exchange information.

The mounted cyber robot may be attached to and executed by a terminal other than the terminal 100 of the user to continuously grow through a dialogue with the user, and may be an application S / W server 310 through the wired / wireless cyber space 300. Information in synchronization with the robot management server 330 may be processed while updating the information. The application S / W server 310 and the robot management server 330 recognizes that the duplicate artificial intelligence robot is capable of processing information, and stores the updated information. When the user terminates the cyber robot, since the cyber robot knows that it is in a duplicate state, it deletes and ends various information used in other terminals. The cloned cyber robot thus grown is synchronized with the user terminal 100 when it is attached to the user's terminal and executed, and also with the user terminal 100, the application S / W server 310, and the robot management server 330. It can grow while maintaining the same information.

In an embodiment, the image search S / W developed in various forms is selected in the application S / W server 310 to recognize a photo provided by a digital camera or a scaner, and the photo is manually or automatically patterned using the S / W. Make up. The picture size is adjustable and the user presents the search conditions with name, place, period, language, book name, search place, and so on. In the case of an e-book, the title, section, and contents are remembered to find a place for a picture or to find a producer or a museum. You can also automatically find a name or address on a publicly available photo of a criminal investigation. Resize the sample's photo to easily compare it with the search photo. In particular, the user can use a number of cloned robots for quick searching to search by language (English, Korean, etc.) or by country (US, Europe, Korea, etc.). The user and a plurality of robots are provided with the same screen to process the information. The user exchanges information while viewing a variety of identical screens with a plurality of pre-registered clone robots, where the user can select a cyber robot and use it like a chat or a messenger, or create a separate dialog window to perform work orders. It may be. If necessary, the information assistant can also translate and search your language. The result of the comparison can be received as an image or if it is not satisfied, it is requested again.

1 is a view showing a schematic cyber robot configuration according to the present invention.

2 is a view showing the overall configuration of the robot server in the cyber space according to the present invention.

3 is a diagram illustrating a configuration when a robot exists in a user terminal according to the present invention.

Figure 4 is a block diagram showing when a user uses a robot outside the terminal according to the present invention.

5 is a view showing the configuration of a means and method for communicating between a cyber robot, a mechanical robot and another cyber robot according to the present invention.

6 is an overall flowchart of a method for creating and using a cyber robot according to the present invention.

7 is an overall flowchart showing a method for processing growth and evolution of information previously constructed using a cyber robot according to the present invention.

8 is a flowchart illustrating a process of inferring and determining using a cyber robot according to the present invention.

9 is a view showing a configuration in which another cyber robot for each function exists by duplicating the cyber robot according to the present invention.

Claims (17)

Create a cyber robot with a unique ID and appearance in cyberspace, analyze and store at least one user's usage patterns and trends, and provide a personalized service according to the user's characteristics and tastes. In the cyber robot system, which functions as a personal assistant of the user by applying functions such as contact, translation, conversation, counseling, and games, and repetitive activities, A program is installed to create and grow a unique artificial intelligence robot of the user by using input / output means (image, voice, text, handwriting, etc.) for various interfaces between the user and the cyber robot. Your terminal, A server connected to the user's terminal through a wired / wireless internet or a mobile transmitting / receiving device and managing cyber robot management; A server that manages information about users, A system consisting of a server constituting a cyber space in which cyber robots work together with the servers by driving the application S / W and implementing various activities of the cyber robot. The cyber robot can communicate with international standardization protocols such as IP address in online, and communicate with Hot Key or phone number in offline. It can be accessed from anywhere in the world with a fixed or dynamic IP address. The method of claim 1 Cyber robot In an information processing system that creates and purchases a unique function desired by at least one user and uses the same, the robot is controlled by using a communication module having input / output means (image, voice, text, etc.) for various interfaces between the user and the robot. A cyber robot with a built-in program that evolves to have the functions and knowledge desired by the user; A data DB configured to dually configure the robot management server to synchronize information in real time, store and manage information, handle the guidance of the connected user, and process request information in a knowledge base query language; A module for synchronizing to keep the same information and provide the same DB and screen to a plurality of different users when the work in the terminal using the cyber robot, the work in the management server, and multiple users at the same time and; A payment module for maintaining information such as correction and correction of payment information; An ID module for managing a unique number of the user's unique cyber robot; An authentication module for managing the cyber robot authentication; Cyber robot system comprising a movable mobile module. The method of claim 3, The user's terminal or management server stores the information of the cyber robot and application S / W, and the image information expresses various emotions that a person may have such as joy and anger. It is defined and stored in accordance with the image size, the information about the deformation model (human form, animal, etc.) of the cyber robot is stored, and functions to generate information related to the appearance, such as the initial appearance and operation of the cyber robot A character DB stored separately for each step of knowledge; Common common knowledge data such as hobbies and features that the cyber robot can have in common are stored, and features and interests are communicated through the conversation with the user using the various input / output means (image, voice, text, handwriting, etc.). A dialogue agent that classifies fields and stores them for use as information for analysis and judgment, Using the above information, new knowledge data is generated and stored according to information collection, search, and editing through wired / wireless communication networks, and historical information is divided into knowledge base programs by dividing the ability according to the user's knowledge level according to the ratio. A knowledge bag DB for storing; An artificial intelligence (AI) program in which an algorithm for evolving a capability according to the cyber robot's appearance and knowledge level by using the stored information of the character DB and the knowledge bag; Cyber robot system with interactive judgment function that remembers information and functions about robots. The method of claim 4, wherein The dialogue agent is a pattern module for recognizing the appearance (appearance and operation, etc.) of the user input by the image of the various input and output means or patterning the acquisition information, and; Synthesis module for changing the appearance and voice of the cyber robot of the user by using the stored information, A conversion module for converting the voice into text or text into voice; Among the various input / output means, the user's interests inputted by text or voice are classified, and the classified information is analyzed to generate and store matching key values. Robot system of the conversation agent for outputting the stored information by voice. The method of claim 5 A system that allows a user to send and receive voice e-mail using a conversation agent and to send and receive voice e-mail to another person using a voice mail address or robot ID. The method of claim 6 The voice e-mail can be easily accessed through a hot key or a telephone number. Voice e-mail address can be used by converting existing e-mail address such as 3i @@ daum.net using voice service of cyber robot management server without adding voice mail server using internationally standardized e-mail address. . The method of claim 4 A judgment agent including an ontology-based reasoning engine that improves knowledge data by collecting, searching, and editing information on the wired and wireless Internet using the user's propensity and pattern information stored in the knowledge bag; Only the authorized person revises and evolves the judgment agent's reasoning process or the application S / W program, and the user can actively control the application S / W or additional information in the administrator mode, and Personal robot sales system comprising an ID module that is responsible for encryption. The method of claim 8, The robot management server maintains and stores the same information as the information of the DB in the user's terminal in real time, manages and rents the application S / W information of all users, and uses the streaming license technique at low cost for commercial users. An application S / W server capable of using S / W; And a broadcasting module for transmitting various information, such as games and entertainment, that occur during use of the users to other users. The method of claim 3 In the method of creating and evolving a cyber robot having its own unique functions, (a) installing a program for generating the cyber robot; (b) a form that can be made to be easily selected, modified or programmed by logging into the robot by function; (c) collecting information through various interfaces between the user and the cyber robot and analyzing and storing the user's interests and inclinations; (d) The cyber robot evolution method comprising the step of editing by using a pattern recognition method of the user using the analyzed information, stored in the knowledge bag, and a customized growth step as a pre-learning effect of the interaction. Article 10 DB of knowledge bag (1) a tracking step of retrieving the behavior and requested information of a user connected to the Internet through a robot and storing the obtained information in a DB (Data Base): (2) a recruiting step of converting the information necessary by a predetermined pattern into the search information into a DB and storing the collected information in a knowledge bag; (3) a pattern recognition step of recognizing the information stored in the knowledge bag, and then uniformly classifying the recognized information according to a predetermined classification criteria through an analysis algorithm, and storing the classified information in an individual inference DB; ; (4) an evolution step of retrieving a keyword stored in the individual pattern recognition DB, converting the retrieved keyword into a menu of a robot, converting the data into data, and applying the cyber robot growth algorithm; (5) searching for an intelligent coefficient or function stored in the robot DB, and selecting a robot image suitable for the intelligent coefficient or function from the character DB and transforming the cyber robot image into a new cyber robot image. . The method of claim 11, wherein the additional function is recognized by the robot DB, and it is determined whether the additional function is added, and when the additional function is added, the additional function corresponding to the price is authenticated by the user and selected by the application S / W server to be added to the cyber robot. Cyber robot evolution system further comprising the step of loading the function. A communication module that communicates between the user's cyber robot and another robot and transmits and receives data; It is possible to execute the necessary S / W and extract data from other robots according to the user's selection, and to receive and judge a message from any one of the robots, inform the user by various input / output means, and provide the location information of each robot. A cyber robot system, characterized in that the database is identified and controls an industrial robot, a home intelligent robot, or other automation device according to a command transmitted by executing a remote control mode in the cyber robot system. The method of claim 13, In the communication method of the cyber robot system executed in the user's portable information device, Cyber of environment awareness and capability display function to inform user mobility management and session maintenance, and various services and information currently supported in the session management protocol execution step that performs session connection between the cyber robot system and the mechanical robot. Method of communication of robotic system. The method of claim 1 A robot management server for storing and managing information of the cyber robot; When two or more robots do a good job or do it fast Duplicated by the judgment of the robot or by the user, Calling the robots available by agreement between the service provider and the user, settings between the user or the robot, or By distributing the robot by function by the judgment of the robot or by the user, A system that works by sharing the robot's functions and CPU. The method of claim 15 A robot management system capable of changing voice modulation, disposition, and identity; Robot management system with play area for exchanging and testing various robots. In paragraph 1 The robot management server is a system that can keep the cyber robot's security or make it impossible to keep track of the cyber robot by changing the robot ID or address from time to time in cyberspace or using a joint login ID.

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