KR102571980B1 - Platform for trading based on sharing specialized agent and trading method using the same - Google Patents

Abstract

The present invention relates to a specialized agent sharing-based trading platform and a trading method therefor, wherein a specific party to a transaction delivers his or her transaction requirements through a specialized agent, and the specialized agent receives the requirements from the specific party. It is characterized in that the transaction is executed by matching the transaction conditions presented by the professional agent of the other transaction party by receiving the transmission, and in the course of the transaction, each professional agent can be shared by a plurality of transaction parties and independently specified. It relates to a professional agent sharing-based trading platform and a trading method thereof, characterized in that specialized transactions are performed only for trading parties.

Description

Professional agent sharing-based trading platform and its trading method {PLATFORM FOR TRADING BASED ON SHARING SPECIALIZED AGENT AND TRADING METHOD USING THE SAME}

The present invention relates to a specialized agent sharing-based trading platform and a trading method therefor, and more particularly, a specific party to a transaction delivers requirements for his or her transaction through a specialized agent, and the specialized agent is a specific party It is characterized in that the transaction is executed by matching the transaction conditions presented by the professional agent of the other transaction party by receiving the requirements from the transaction, and in the process of the transaction, each professional agent At the same time, it relates to a professional agent sharing-based trading platform and a trading method thereof, characterized in that a specialized transaction is independently performed only for a specific trading party.

With the development of information technology, various types of business including business meetings, agreements, contracts, and transactions between individuals are being conducted un-contact, and the subjects dealt with in the business include stocks, bonds, real estate, or personal property. Therefore, it is impossible to set the limit because it is very diverse and wide ranging from virtual currency to non-debt property rights.

In addition to the diversity and expertise of these tasks and the subjects handled in those tasks, the expertise of experts in each field and the plan to utilize that expertise become more important in order for the tasks to be performed non-face-to-face. The role of these experts is not guaranteed simply by having a license in the relevant field. For example, when government policies in a related field suddenly change or the environment changes rapidly, even experts in the field need a considerable amount of time to adapt to the changed environment, which is often experienced.

Although not all of them can be listed in the present invention, the related fields are very diverse, including tax, legal affairs, real estate, finance, aviation, electricity, electronics, machinery, chemicals, and pharmaceuticals, and experts working in these specific fields are applicable. If you look at the cases where you have acquired qualifications and are active, you can see that the fields and contents are limitless.

Experts in these sub-fields provide services in their specialized fields according to their experience and knowledge, but the level of quality varies greatly. This is because even if you are an expert, if you do not continuously acquire knowledge in the related field after obtaining qualifications in the field, you will not be able to adapt to the rapidly changing surroundings and will eventually be weeded out. Even in some cases, no matter how hard you try, you may reach a stage where you can no longer develop due to human limitations.

Similar to the memory system by electronic circuits, the human brain also has cases in which, when a lot of information is stored, the access speed slows down and the necessary information is not provided in the right place. If you have , the access speed is rather fast, so you can provide the necessary information in the right place more quickly. In this example, the total amount of human memory is proportional to age, but the access speed is inversely proportional to it.

In order to overcome these human limitations, the present invention allows each user to acquire knowledge from a professional agent in each field that he or she needs to master as an expert system, and then each party utilizes the expert agent to perform the task. It's about making it run smoothly.

In addition, the present invention technically allows a plurality of professional agents to be shared among a plurality of users, so that one well-trained professional agent can be shared among a plurality of users.

In addition, in the present invention, although a plurality of users can share and use a professional agent, the professional agent can exert its power according to the type, quality, and quantity of information (data) independently or exclusively used by users using each professional agent. Since the degree of expertise is different, there is an advantage in that the professional agent can be personalized and advanced according to the user.

In addition, in the present invention, a specific party and a specific professional agent and another professional agent and other parties form a pipeline to independently trade each other, the pipeline blocks third party intervention to ensure independent transactions, and at the same time multiple By sharing information with each other, professional agents in can search transaction conditions of other professional agents. This shared information allows each party to process various types of information related to transactions, including market status, transaction details, order registration, and items of interest through their own professional agents.

Next, the prior art existing in the technical field of the present invention will be briefly described, and then the technical details to be achieved by the present invention to be differentiated from the prior art will be described.

US Patent Publication No. 2006/0190386 (published on August 24, 2006) relates to an automated order protection trading system, which is a system for trading financial or commodity assets, in particular in a fair and sequential manner with third parties and third party internal markets. It is a trading system that operates to trade. For example, a client's order or auction/offer is protected by automatic order protection, and the automatic order protection defines rules or specifications that can modify the client's order.

Japanese Patent Registration No. 5087197 (registered on September 14, 2012) relates to a brokerage platform, and proposes an anonymous trading system suitable for trading foreign exchange or securities. The system has a network of intermediary nodes, each of which has the same status and performs the functions of matching orders entered into the system, executing trades and distributing market views. Trading agent nodes are also connected to some or all intermediary nodes and serve as an interface between the intermediary nodes and trader terminals or other order entry devices through which orders are submitted to the system. Here, orders can be entered into the system either visible or invisible.

All of the above prior art relates to a trading platform, but also to a system for automatic order protection or anonymous trading. Although there is a description of a brokerage node or a trading agent, a specific party to a transaction proposed in the present invention actually uses a professional agent. It is characterized in that each professional agent communicates its own transaction requirements, and each professional agent receives the requirements from a specific party and executes the transaction by matching the transaction conditions with the professional agent of the other transaction party. A professional agent can be shared by multiple trading parties, and at the same time, it is individually specialized for a specific trading party to carry out transactions independently, guarantees the independence and integrity of contracts through an independent pipeline, and protects information between professional agents. There is no suggestion, suggestion or suggestion about the technical features of processing information including market status, transaction history, order registration, and items of interest through sharing of information.

Therefore, since the technical features of the professional agent sharing-based transaction proposed in the present invention are not mentioned in the prior arts, the technical differences between the present invention and the prior arts are obvious.

The present invention was created to solve the above problems, and an object of the present invention is to provide a professional agent sharing based trading platform and method for performing contracts and transactions by sharing a professional agent in a specific transaction.

In addition, according to the present invention, the degree of expertise exerted by the professional agent varies according to the type, quality, and quantity of information (data) independently or exclusively used by a plurality of users sharing and using one professional agent. Its purpose is to personalize and advance professional agents according to users.

Another object of the present invention is to enable parties to a transaction to proceed with a transaction in a state where the independence and integrity of a contract are guaranteed through an independent pipeline in the course of a transaction.

In addition, the present invention assigns a professional agent to each party, and each professional agent refers to the latest database for basic knowledge such as laws, articles of association, and exchange rates necessary for each transaction, based on expertise in the corresponding field according to the request of the party. Its purpose is to enable the transaction to be carried out.

In addition, an object of the present invention is to enable more specialized transactions to be performed based on personal professional data additionally provided by each party in addition to expertise in the corresponding field. Here, the personal specialized data may be data collected or processed by each party through data mining (engineering).

Another object of the present invention is to enable professional agents to selectively share purchase and sale-related information with each other, so that each party can make a desired transaction.

In addition, the present invention processes information including market status, transaction details, order registration, and items of interest through a professional agent, so that each party or professional agent can acquire overall knowledge necessary for trading and build a convenient environment for trading aims to

A transaction method based on expert agent sharing according to an embodiment of the present invention includes a transaction condition sharing step of receiving a transaction request from a plurality of clients and sharing transaction conditions through each expert agent; a transaction condition matching step of matching whether there are transaction conditions that match each other in the shared transaction conditions; and a transaction execution step of executing a transaction between specialized agents who have presented the matched transaction conditions, wherein the specialized agent can be shared with each of the plurality of clients, and is specialized according to the personal specialized data of each client. It is characterized by providing a traded transaction.

In addition, the transaction method further includes receiving a connection request from at least one or more clients and establishing a session with each professional agent in consideration of load balancing, wherein the load balancing is performed before establishing the session, and the transaction If more than a certain amount of traffic is expected for a specific client and professional agent depending on the type, number of repetitions, expected required time, or a combination of these, a relatively small number of sessions are allocated to the corresponding session manager, coordinator, and transaction server to perform the predetermined process. It is characterized by guaranteeing speed.

In addition, the transaction method may include registering each of the plurality of clients and corresponding professional agents with a coordinator and establishing a relationship between each professional agent; And each of the registered clients communicates with the corresponding professional agent to transmit and receive transaction conditions or information necessary for the transaction. It is characterized by including.

In addition, in the transaction method, the client and the specialized agent exchange the transaction conditions or information necessary for the transaction through a transaction interface unit, and the information is a text message through a messenger, a web-based GUI (Graphical User Interface), and an app. Basic GUI, CLI (Command Line Interface), voice recognition, gesture recognition. Characterized in that it includes transmitting and receiving through means including braille recognition or a combination thereof.

In addition, the transaction method further includes a training step of automatically training predetermined expertise necessary for the transaction through a expertise training unit, and the automatic training is performed by statutes, directives, articles of incorporation or It is characterized by including updating the terms and conditions with the latest information according to the implementation progress.

The transaction method may further include controlling operations of a plurality of specialized agents collectively or adjusting a filtering function for information of the specialized agents through a coordinator.

Meanwhile, a transaction platform based on expert agent sharing according to another embodiment of the present invention includes at least one expert agent receiving transaction requests from a plurality of clients and sharing respective transaction conditions; a matching engine that performs matching of the transaction conditions to see if there are transaction conditions that match each other in the shared transaction conditions; and a transaction engine that executes a transaction between specialized agents that have presented the matched transaction conditions, wherein the specialized agent can be shared with each of the plurality of clients, and is specialized according to the personal specialized data of each client. It is characterized by providing a transaction.

In addition, the trading platform further includes a session server that receives connection requests from the plurality of clients and establishes a session with each professional agent in consideration of load balancing, wherein the load balancing is performed before establishing the session, , If more than a certain amount of traffic is expected for a specific client and professional agent depending on the type of transaction, number of repetitions, expected time required, or a combination thereof, a relatively small number of sessions are allocated to the corresponding session manager, coordinator, and transaction server to It is characterized in that it guarantees the processing speed of.

In addition, the trading platform further includes a coordinator registering each of the plurality of clients and corresponding professional agents, and establishing a relationship between at least one professional agent, wherein each registered client communicates with the corresponding professional agent to provide transaction conditions. or information necessary for a transaction is transmitted and received, and the relationship is characterized in that it includes whether to share transaction conditions between the professional agents or to set transaction priorities.

Here, the transaction conditions or information necessary for the transaction are converted into a predetermined message format including work commands and parameters for the work commands and registered in the work command pool and database, and the work order of the work command pool is: It is characterized in that it is scheduled according to the registered time order or preset transaction priority, and matching with the transaction conditions stored in the database is performed according to the work command based on the scheduling.

In addition, in the transaction platform, the client and the professional agent exchange the transaction conditions or information necessary for the transaction, and the information is text message through a messenger, web-based GUI (Graphical User Interface), app-based GUI, CLI ( Command Line Interface), Voice Recognition, Gesture Recognition. It is characterized in that it further includes; a transaction interface unit that transmits and receives data through means including braille recognition or a combination thereof.

In addition, the trading platform further includes a professional knowledge training unit that automatically trains predetermined specialized knowledge required for the transaction, and the automatic training is a process of implementing laws, directives, articles of association or terms and conditions among the specialized knowledge. It is characterized by including updating with the latest information according to.

In addition, the trading platform may further include a coordinator that collectively controls operations of a plurality of specialized agents or adjusts a filtering function for information of the specialized agents.

Here, the specialized agent exchanges control information with a corresponding client terminal through a control plane, and the client terminal has a virtualized database that virtualizes a database and exchanges forwarding data with the database through a data plane, and data consistency through synchronization. It is characterized in that the function of the professional agent is distributed and processed by maintaining.

In addition, the professional agent is newly created whenever each client accesses the trading platform, and maintains temporal continuity of the professional agent by providing preset attributes and environments through identification information of the client. specialize in specifying and using data; Depending on the client, functions including search, matching, contract, and transaction can be customized, or a professional agent of the counterparty can be designated to share one's information, and a professional agent of the counterparty can be designated to receive information, or Supporting the transaction method, including real-time transaction, reservation transaction, direct transaction, indirect transaction involving a third party, AI-assisted transaction, or a combination thereof; It includes searching the market situation by presenting the search conditions provided by the client to the transaction information search unit, and based on the search results according to the market situation, when the client presents specific transaction conditions and requests a transaction, the relevant transaction conditions and parameters is registered in the work command pool, and the coordinator requests the matching engine to match the transaction conditions for sale and purchase according to the order of the work commands or scheduling of work commands according to preset priorities, and according to the matching result, the other party Execute transactions with professional agents; or at least one or more combinations thereof.

The transaction platform and method based on sharing of specialized agents according to an embodiment of the present invention described above have an advantage in that a specific specialized agent can be shared by a plurality of transaction parties, so that the specialized agent can be efficiently used.

In addition, the present invention can ensure the independence and integrity of contracts through an independent transaction pipeline for each transaction party based on the sharing of the specialized agents, and also the market status, transaction details, and order registration through information sharing between specific specialized agents. , information including items of interest can be processed, so that each transaction party can provide high-quality services by adapting to the environment by continuously training their professional agent's skills or knowledge.

In addition, although the specialized agent according to the present invention is shared by a plurality of users, it has the advantage of providing each user with an individually specialized environment.

The expert agent according to the present invention exchanges control information with a client terminal through a control plane, and the client terminal has a virtualized database that virtualizes a database and exchanges forwarding data with the database through a data plane, and data consistency through synchronization. By maintaining, there is an advantage in that the specialized agent can be executed in the platform server or in each user's terminal, which can more effectively distribute the load.

1 is a configuration diagram of a professional agent sharing-based trading platform according to an embodiment of the present invention, and also shows a relationship with peripheral devices or terminals.
2 is a configuration diagram showing a mutual conversion relationship between a professional agent sharing-based trading platform and a professional agent sharing-distributed trading platform according to an embodiment of the present invention.
3 is a diagram showing a result of a transaction being concluded in a professional agent sharing-based trading platform according to an embodiment of the present invention.
4 is a diagram illustrating an embodiment of a message structure in which work commands obtained by converting transaction conditions transmitted and received through a transaction interface in a specialized agent sharing-based transaction platform according to an embodiment of the present invention and parameters according thereto are described. .
5 shows data consistency through synchronization in which a user terminal and a professional agent exchange control information on a control plane and exchange forwarding data with a database through a data plane in a specialized agent sharing-based trading platform according to an embodiment of the present invention. It is a conceptual diagram that processes data by separating the control plane and the data plane, which illustrate how to maintain
6 is a block diagram of a professional agent sharing based trading platform according to an embodiment of the present invention.
7 is a diagram illustrating a mechanism for sharing transaction conditions between specialized agents and forming a dedicated transaction pipeline in a trading platform based on sharing of specialized agents according to an embodiment of the present invention.
8 is a signal flow diagram illustrating a process in which a transaction is made between parties (clients) of a transaction in a professional agent-based trading platform according to an embodiment of the present invention.
9 is an operational flowchart illustrating a process of a specific client transacting through a specialized agent-based trading platform according to an embodiment of the present invention.
10 illustrates the hardware structure of each computer system when each server provided in the professional agent sharing-based trading platform according to an embodiment of the present invention is configured as a computer system.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the scope of the present invention is not limited or limited by the drawings or detailed description of the embodiments. That is, terms used in this specification are for describing the embodiments and are not intended to limit the present invention.

In this specification, singular forms also include plural forms unless specifically stated otherwise in a phrase. Also as used herein, "comprises" and/or "comprising" means that a stated component, step, operation, and/or element is one or more other components, steps, operations, and/or elements. does not exclude the presence or addition of

As used herein, “embodiments,” “examples,” “aspects,” “examples,” and the like should not be construed as indicating that any aspect or design described is preferred or advantageous over other aspects or designs. It is not.

Also, the term 'or' means 'inclusive or' rather than 'exclusive or'. That is, unless otherwise stated or clear from the context, the expression 'x employs a or b' means any one of the natural inclusive permutations.

Also, the singular expressions “a” or “an” used in this specification and claims generally mean “one or more,” unless indicated otherwise or clear from context to refer to the singular form. should be interpreted as

Also, terms such as first and second used in this specification and claims may be used to describe various components, but the components should not be limited by the terms. These terms are only used for the purpose of distinguishing one component from another.

Unless otherwise defined, all terms (including technical and scientific terms) used in this specification may be used in a meaning commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in commonly used dictionaries are not interpreted ideally or excessively unless explicitly specifically defined.

Meanwhile, in describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. In addition, the terminology used in this specification is a term used to appropriately express the embodiment of the present invention, which may vary according to the intention of a user or operator or customs in the field to which the present invention belongs. Therefore, definitions of these terms should be made based on the contents throughout this specification.

In the present invention, the user may further include the meaning of a manager in charge of operating and managing the platform in addition to the meaning of a dealer and a client. The trading platform of the present invention is a system (object) that serves as a window for a plurality of users to trade a specific target, and each user uses the trading platform through various types of terminals including their mobile terminals, PCs, or workstations. Alternatively, you can connect to the system and perform transaction work. In the course of a transaction, each professional agent accessed by each user is embodied in at least one professional process (or means), a software process that acts as an agent enabling each user to conduct transactions on his or her behalf. Or a hardware processor. It is preferable to consider that it is obvious that each process or processor has a step for performing a corresponding function or a means for performing the corresponding function. Also, in the present invention, a user may be used as a meaning of a client, and a user terminal may be a client terminal.

1 is a diagram showing the configuration of a professional agent sharing-based trading platform according to an embodiment of the present invention, together with which peripheral devices or terminals are connected.

As shown in FIG. 1, the professional agent sharing-based trading platform 100 according to an embodiment of the present invention is composed of at least one session manager 110, a coordinator 120, and a trading server. In addition, the platform may further include a database 160 inside or outside. Terminals capable of accessing the platform to receive services or perform related tasks include a plurality of client terminals 200, an accounting terminal 300, an operating terminal 400, and a supervisory terminal 500. Of course, since the peripheral terminals are also terminals of the corresponding system, the platform of the present invention can be linked with the accounting system 300, operating system 400, supervisory system 500, etc., and these terminals can be connected to the platform according to the present invention. It is the same concept as connecting to .

The session manager 110 establishes a session for connecting each user's client terminal with the corresponding professional agent when a plurality of clients 200 request access to the specialized agent sharing-based trading platform 100 according to the present invention. play a role The process of establishing the session may include performing load balancing. When a plurality of clients request access according to a specific time and place, load balancing may be performed according to the requested amount of traffic. The load balancing is performed by comparing the amount of traffic that each client terminal can generate with respect to the total amount of traffic that can be handled between the session manager 110, the coordinator 120, and the transaction server. (120), refers to determining whether to connect to the transaction server. Load balancing is preferably performed before a session manager establishes a session, and for convenience, in the present invention, it has been described that the load balancing is performed by the session manager. Therefore, load balancing can be provided in front of the session manager.

The load balancing is used to generate a lot of traffic for specific clients and specialized agents depending on the type of transaction (complex transaction such as multilateral transaction), the number of repetitions of the transaction (eg, when the same transaction is repeatedly performed multiple times), and the expected duration of the transaction. If occurrence of is expected, relatively few sessions are assigned to the relevant session manager, coordinator, and transaction server to ensure processing speed above a certain level.

The coordinator 120 registers a client and a corresponding professional agent for a session established through the session manager, transmits and receives commands related to transactions between them and transmits and receives data necessary for transactions, and a connection relationship with other specialized agents and clients. is responsible for managing the

The coordinator 120, starting with the role of allocating specialized agents to user clients, manages whether the assigned specialized agents share transaction conditions with other agents.

For example, a specific specialized agent requests matching of transaction conditions for a transaction requested by its client. If the coordinator designates a specific matching engine, the specialized agent inquires the specific matching engine as to whether the transaction conditions are matched. . In this way, the coordinator designates the matching engine to be used by each specialized agent.

In addition, the professional agent, matching engine, and applications can be implemented in one independent transaction server according to scale. The transaction server may be a physically independent server or may be a virtualized server. Accordingly, the coordinator may bind and configure a plurality of specialized agents, matching engines, and applications, or may virtualize and allocate the transaction in units of designated transaction servers. For example, it is preferable to group the specialized agents, matching engines, and applications into the same transaction server unit as much as possible and allocate them so that the transaction can proceed.

The transaction server refers to a unit in which the at least one matching engine 130, the specialized agent 140, and the application 150 are physically or logically virtualized, and in fact, physically one computer system is turned into one server. After construction, at least one matching engine 130 may be built on the corresponding server, at least one specialized agent 140 may be built, and at least one necessary application 150 may be installed.

Matching engines, specialized agents, and applications included in these transaction servers can access the DB 160 and access necessary data or information according to authority. That is, in the case of a matching engine, in order to match transaction conditions, it is possible to search for and match transaction conditions for permitted professional agents in the DB.

The accounting terminal 300 connects to the accounting system of the company to which each client belongs after the transaction is confirmed in the professional agent sharing-based transaction platform 100 according to the present invention, and the accounting staff manages their accounting terminal 300. It is provided for the purpose of carrying out subsequent procedures including settlement according to the transaction. An operation manager of the platform 100 according to the present invention can access the platform 100 according to the present invention through his/her operating terminal 400 and perform work for the operation and management of the platform.

In addition, the supervisory terminal 500 corresponds to a remote terminal that provides the results of transactions through this platform from a financial supervisory authority supervising financial institutions, and this platform can receive or transmit various information to be provided to the supervisory authority. There should be. Although the name of the supervisory authority is different for each country, it may exist in various forms.

2 is a configuration diagram showing a mutual conversion relationship between a professional agent sharing-based trading platform and a professional agent sharing-distributed trading platform according to an embodiment of the present invention.

As shown in FIG. 2, the specialized agent sharing-based trading platform according to the present invention has the concept of sharing a specialized agent in a transaction server, wherein the specialized agent is allocated to several clients by the coordinator 120. means it can be

The present invention is characterized in that clients may have a specialized agent that can be physically exclusively used, but further allows a plurality of clients to share the specialized agent. In this case, sharable specialized agents are set in the coordinator, and when a corresponding client requests access, the same specialized agent is connected to a plurality of clients. If access is not possible at the same time, it is possible to divide the time (time division) and alternately share the specialized agent.

In the case of sharing, control information and forwarding data can be separately managed by dividing into a data plane and a control plane. At a specific time, control information can be divided by ID and transmitted/received at the same time, and at another specific time, it is possible for each specialized agent to independently transmit/receive data information.

A shared professional agent (shared SA) is that multiple clients share one professional agent. If one professional agent is well trained, a specific client does not need to train itself separately and trades using an already trained professional agent. can do On the other hand, in the case of a dedicated specialized agent (dedicated SA), each client is trained separately for exclusive use, and since necessary information can be designated, if a secret transaction or a special type of transaction is required, a dedicated specialized agent is designated and used. It is desirable to do In the present invention, it is natural that a dedicated dedicated agent is also included.

In general, it is desirable that these exclusive professional agents or shared professional agents are built in the transaction server, but the exclusive professional agent or shared professional agent transfers the function to the client terminal, and in the transaction server, it is a lightweight professional agent with only the minimum necessary functions. Agent (SA_Lite) can be created. In this case, the load on the transaction server is reduced, and most of the load is distributed to each client terminal. This is called a professional agent distributed-sharing based trading platform.

It can be seen that in the specialized agent distribution-sharing based trading platform 100, clients share and distribute specialized agents, and in this state, the specialized agent of the transaction server can be operated as a lightweight specialized agent (SA_Lite).

In this case, the distribution-sharing professional agent of the client terminal and the corresponding lightweight professional agent of the transaction server synchronize and store data, and the data is distributed to the database and the client terminal by transmitting and receiving forwarding data through the data plane, and control Through the plane, control signals can be processed individually at high speed with a small amount of traffic. In the present invention, it is possible to share the data of each client with different clients through database access, and there is data that can be shared in the sense of sharing a professional agent, which is the predetermined expertise required for a transaction and common The setting data is applicable.

In addition, in the present invention, distribution means that a professional agent provides information including transaction information to its client terminal, and the client terminal downloads all information necessary for driving the professional agent through forwarding data, and then distributed It is to enable the transaction to be carried out in the environment. Of course, even in this case, each client can directly access the database to share the required data plane in the required database rather than downloading all the data locally.

In this case, mutual identity must be maintained by synchronizing data every cycle or irregularly (whenever new information is updated). In this case, data synchronization and distributed processing of transactions are performed by allowing terminals possessed by each individual client to perform transactions based on the latest data downloaded from the database and update the results to the database again.

3 is a diagram showing a result of a transaction being concluded in a professional agent sharing-based trading platform according to an embodiment of the present invention.

As shown in FIG. 3, the professional agent sharing-based trading platform 100 according to an embodiment of the present invention, like FIGS. 1 and 2, includes a session manager 110, a coordinator 120, and a matching engine 130. ), a plurality of specialized agents (SA1 to SAn, Specialized Agents) 140, and an accounting agent 150 as an application (app) 150. The database 160 may be integrally installed and used inside the professional agent sharing-based trading platform 100 or may be implemented as a separate database system through an external network.

In addition, the professional agent sharing-based trading platform 100 according to the present invention can be connected to a dealer, a user or manager terminal (UT, User Terminal), and an account terminal 300, and in particular, an operation assistance system or It is possible to mutually interface with the terminal 400 and the system of the supervisory authority or the terminal 500.

The professional agent 140 functions to receive direct transactions or requests accompanying transactions, including market status, transaction details, order registration, and items of interest from the user terminal 200, execute them, and deliver the results to the user terminal. Do it.

The coordinator 120 creates and assigns a specialized processor when a user accesses the specialized agent sharing-based trading platform 100 according to an embodiment of the present invention, or manages information about the user's access rights or user information and the user's specialized process. It further includes summarizing the information.

In addition, the coordinator is in charge of system-level network configuration, user management, database management, and connection management with neighboring systems. In addition, it is responsible for the overall functions of operating and managing the platform. Even if omitted in this specification, it is desirable that the coordinator handles and manages information related to operation, maintenance, management, and security of the system. On the other hand, it is also possible to place a separate management server (not shown) in charge of managing the platform not directly related to the transaction in the coordinator.

The matching engine 130 may include its function inside each specialized agent 140, or may be provided in common so that each specialized agent 140 can use it in common. If provided in common, when a matching request is received from each professional agent, the matching request can be responded to in real time. On the other hand, if each professional agent has the matching engine 130, transactions or transaction conditions can be matched within the corresponding matching engine. If at least one matching engine exists separately and in common, a coordinator may designate which matching engine each specialized agent will use.

The accounting agent performs a process of paying the price generated from the transaction and delivering the subject matter of the transaction after each professional agent completes the transaction confirmation.

Various application programs 150 may be partially similar applications to the coordinator 120, and in cases where it is difficult to execute entirely in the coordinator, it is possible to implement and manage some of them as external application programs. The application program may be embedded in the platform or implemented as a kind of plug-in to be executed externally through a network.

The database 160 is a storage that organizes and stores corresponding messages when a user orders or requests a transaction, and is provided inside or outside the platform system and can be accessed through a network (e.g., cloud).

The accounting agent 150 plays a role of exchanging the transaction price and the transaction object so that each professional agent performs various steps required to make the transaction object actually belong to a specific transaction party after each professional agent confirms the transaction. Since the accounting agent 150 may have a separate payment settlement procedure for each type of transaction, it is preferable to have a plurality of accounting agents according to the type of transaction.

As shown in FIGS. 1 to 3, the professional agent sharing-based trading platform 100 according to an embodiment of the present invention matches the transaction through the user's professional agent SA1 through the terminal UT1. The transaction of professional agent 2 (SA2) is matched, and in this case, SA1 and SA2 each make a transaction according to the matching result.

In the transaction between SA1 and SA2, when the transaction conditions are first matched between SA1 and SA2, the contract to conclude the transaction is executed and the transaction is pending, and the parties to the transaction are independent pipes throughout the entire transaction process until the contract is completed. Through the lines (SA1?SA2), the transaction proceeds in a state where the independence and integrity of the transaction are guaranteed. The process of forming such an independent pipeline makes it impossible for a third party to intervene in the process of closing the contract, contract, and execution of the transaction, and the responsibility for delay or non-fulfillment of the contract cannot be clearly covered. It is a structure that guarantees the independence and integrity of transactions by clarifying the cause of responsibility according to the location of responsibility.

Hereinafter, the role of the professional agent 140 in the professional agent-based trading platform according to an embodiment of the present invention will be described in detail.

In processing information including market status, transaction history, order registration, and items of interest between users and professional agents, it is very important to define how users and professional agents will exchange information. In the present invention, one of the interface methods for exchanging and receiving the information is a menu and event driven method, and the other is a message driven method. The menu and event-driven method provides various menus for trading through a web server (in the case of a web-based service) or a separate app on the trading platform, and the user (dealer) selects the corresponding menu or the corresponding item in the format provided in advance. This is a method in which the user inputs the quantity or amount. In addition, another method proposed by the present invention is a messaging method, which will be described in detail below.

A user terminal and a specialized agent are provided with a messenger, and through the messenger, the specialized agent and the user terminal transmit and receive information necessary for a transaction. Each user accesses the platform 100 from his/her user terminal 200, inquires about the market status of his professional agent 140 through a messenger, receives transaction details, registers a new order, Activities related to trading, such as registering items of interest, are performed.

Regarding the transaction-related actions, the professional agent 140 receives a request related to the transaction from the user terminal 200 through a messenger provided by the agent 140, and receives input of specific conditions (eg, transaction conditions, etc.) for the request. . When a transaction order is received, since the transaction order and conditions are received through the messenger, each professional agent 140 extracts and recognizes necessary information from the message contents of each messenger to determine the transaction order or conditions. At this time, with respect to the order or condition of the transaction, the messenger provides feedback to the user about the order or condition determined by recognizing it and receives confirmation, thereby enabling more reliable communication.

The messenger determines the user's order and transaction conditions by recognizing information about purchase, sale, purchase quantity, sale quantity, price, etc. for the transaction order entered by the user. When a user accesses the platform and transmits a sale or purchase order to a professional agent, information on the transaction and transaction conditions may be transmitted by inputting desired item information through an interactive screen provided by the messenger interface. If the user enters the order and conditions of the transaction by describing in natural language that the target of a specific transaction is to be sold at what price, the messenger decodes it and creates a message for each transaction unit with commands and parameters necessary for the transaction to work. Store it along with the corresponding parameters in the command pool.

Each messenger transfers the content of the message provided from the user to the message converting unit, and the message converting unit converts the corresponding message into a specific data format and stores it in memory. Here, the memory is a work command pool.

Each specialized agent 140 stores the message decrypted from the messenger possessed by the method described above in the work command pool and shares it with other nearby specialized agents 140 to determine whether transaction conditions are matched. In this case, it has already been described with reference to FIGS. 1 to 3 that it is possible to determine whether the transaction is matched through a separate matching engine 130 .

4 is a diagram illustrating an embodiment of a message structure in which work commands obtained by converting transaction conditions transmitted and received through a transaction interface in a specialized agent sharing-based transaction platform according to an embodiment of the present invention and parameters according thereto are described. .

As shown in FIG. 4, in the professional agent sharing-based trading platform 100 according to an embodiment of the present invention, the messenger provided by each professional agent 140 converts the received message into a header, transaction specification/request It is configured to be registered in the work command pool by converting it into a message format including Specifications and Attachments.

Here, the Header may include identifiers (IDs, identifiers) useful when retrieving corresponding information from a database, time information (times), and the like. In addition, transaction specifications/requirements record information including transaction type, transaction unit, transaction price, and transaction quantity. In addition, additional information including contract execution information may be recorded in Attachments. Items recorded in the work command pool are also stored and managed in a database, and when a transaction is completed, the completed transaction is marked in a specific field of the database so that another process can refer to it.

In the present invention, the message standard is described through an embodiment, but the scope of rights is not limited thereto, and a person skilled in the art may additionally add and use various information of the same level as needed. The technical feature of the present invention is that a message provided by a user through a messenger is reconstructed in a certain format and then stored in a database so that orders or conditions of a transaction proposed by each professional agent can be mutually shared. Therefore, it will be apparent that the scope of the rights is not limited to the items simply presented in one embodiment, and if implemented to include the technical features, it falls within the scope of the rights of the present invention.

5 shows data consistency through synchronization in which a user terminal and a professional agent exchange control information on a control plane and exchange forwarding data with a database through a data plane in a specialized agent sharing-based trading platform according to an embodiment of the present invention. It is a conceptual diagram that processes data by separating the control plane and the data plane, which illustrate how to maintain

As shown in FIG. 5, the specialized agent may exchange only control (transaction) information with the user terminal to establish a transaction. It is possible for the user terminal and the professional agent to download related forwarding data from the database in advance, or directly request and receive forwarding data if necessary. Such forwarding data generates a very large amount of traffic compared to control (transaction) information.

When the user terminal and the professional agent are operated in this way, the transmission and reception of forwarding data can be reduced as much as possible and the corresponding transaction can be accomplished through control (transaction) information. If various forwarding data stored in the database can be transferred to the user terminal or the database can be virtualized, the user terminal can minimize network load by using the database 160 as if it had the database 160 in the local database.

Actual forwarding data can be downloaded by the user terminal by directly accessing the database, but it can also be downloaded through the professional agent. You can build a local database very efficiently if you save it to the local storage of and use it as needed.

Each user terminal may directly access the database 160 or build the database 160 by virtualizing it locally, and through this, network traffic may be reduced to a minimum.

Hereinafter, the configuration of the professional agent sharing-based trading platform 100 according to an embodiment of the present invention will be described in more detail.

6 is a block diagram of a professional agent sharing based trading platform according to an embodiment of the present invention.

As shown in FIG. 6, the trading platform 100 according to an embodiment of the present invention includes a session manager 110, a coordinator 120, a matching engine 130, a specialized agent 140, and various applications as well as It includes an application unit 150 including a web server.

Since the session manager 110 and the coordinator 120 have been described in FIGS. 1 to 3, they are omitted here.

The matching engine 130 includes a transaction condition matching unit 131 and a transaction information search unit 132 . Here, the transaction condition matching unit 131 plays a role of searching for and providing a transaction condition matching the corresponding information from the database when a parameter according to a work command is provided from the professional agent. In addition, the transaction information search unit 132 serves to retrieve transaction information requested by the user through a specialized agent and provide the transaction information to the user through the specialized agent.

The matching of the transaction conditions may be performed by the specialized agent 140, or the matching engine 130 of the platform may receive requests from each specialized agent and process them in common. Therefore, the functions of the matching engine 130 and the transaction condition matching unit 131 include a role of accessing and matching transaction items stored in the database using transaction conditions as keywords in chronological order.

That is, when a user registers a new transaction order through the professional agent 140, the transaction order is stored in the database including transaction conditions and transaction parameters including identifier, time information, transaction specifications/requirements, and additional information. Saved.

When the transaction information retrieval unit 132 configures the user's desired transaction information as a search term and requests the specialized agent to search, the specialized agent searches on its own or makes a request to the corresponding matching engine 130 according to the settings of the coordinator 120. It searches the database and delivers it to the user.

Retrieving the transaction information may be displayed on the user terminal according to the environment set in the environment setting unit 151. Since the transaction information is raw data, it includes all information that matches the search conditions such as keywords and time. Since this information is not refined and visibility may deteriorate, the environment setting unit 151 clearly outputs the information according to a certain format. Set up the environment to do so.

Here, when a user sends a message to a specialized agent regarding the transaction information, the specialized agent interprets and converts the message and registers the work command and parameters in the pool. Again, the professional agent accesses the registered work commands and parameters according to pool scheduling, and then retrieves corresponding transaction information.

The specialized agent 140 includes a transaction interface unit 141, a work command conversion unit 142, a memory unit 143, a task scheduler 144, a transaction engine 145, and an expertise training unit 146. It consists of

The transaction interface unit 141 allows the user to inquire about the market status through the professional agent 140, receive transaction details, register a new order, register for an item of interest, and other actions related to transactions. It provides means for receiving from the user.

That is, the transaction interface unit 141 exchanges the transaction conditions or information necessary for the transaction between the client and the specialized agent, and the information is a text message through a messenger, a web-based GUI (Graphical User Interface), and an app-based GUI. , CLI(Command Line Interface), Voice Recognition, Gesture Recognition. Transmit and receive via means including braille recognition or a combination thereof.

As described above, the transaction interface unit 141 supports a menu and event-driven method, and when a transaction is supported through a web server, the user accesses the transaction platform according to an embodiment of the present invention and relates to a desired transaction. action can be executed. In the case of a web-based transaction, a user terminal accesses the trading platform 100 and can access the professional agent 140 through his or her own account and password or other authentication means.

When accessing the web server, the user can connect to the professional agent 140 to inquire about the market status, receive transaction details, register a new order, register for an item of interest, and perform activities related to the transaction. can do.

When a user accesses through an app or web provided by a trading platform according to an embodiment of the present invention and then performs an action related to a transaction, the user selects necessary information through selection of a menu or selection of an option through selection of a button, Alternatively, a request may be made to the specialized agent 140 through text input, and the result is provided through a display screen.

The transaction interface unit 141 includes interfaces for web server, messenger, CLI, GUI, voice recognition, gesture recognition, and braille recognition.

The work command converter 142 serves to convert information input from the transaction interface 141 including a web server or messenger into work commands and parameters. The conversion is performed based on the message format shown in FIG. 4 .

The message converted by the work command conversion unit 142 is stored in a pool provided in the memory unit 143 as a work command and is also stored in a database at the same time. Work commands stored in the pool are sequentially loaded according to the task scheduler 144 to execute the corresponding commands. In this case, the corresponding command may specify that the session should not be released until the jump or processing is completed, depending on the case. This is to ensure the reliability of the platform by increasing the Quality of Service (QoS) for priority or urgent and important transactions.

That is, a plurality of clients and corresponding specialized agents are registered in the coordinator, a relationship between at least one specialized agent is established, and each of the registered clients communicates with the corresponding specialized agent to transmit/receive transaction conditions or information necessary for the transaction. . Here, the relationship includes whether to share transaction conditions between the specialized agents or setting transaction priorities. The transaction conditions or information necessary for the transaction are converted into a predetermined message format including work commands and parameters for the work commands and registered in the work command pool and database, and the work order of the work command pool is registered. Transactions are scheduled according to the established chronological order or predetermined transaction priority, and matching with transaction conditions stored in the database is performed according to work commands based on the scheduling.

In addition, according to an embodiment of the present invention, the specialized agent may give a search condition to a search server and extract a desired situation. When a matching engine is requested for matching for a transaction based on a search result, the matching engine may perform a matching operation of the plurality of specialized agents. Selling and buying are matched according to the order requested from , and the order in which transactions are requested can be determined using a queue with a time tag for the matching.

The trading engine 145 is then the engine that executes trading through the professional agent 140 of the trading platform of the present invention.

The professional agent 140 is created for the first time when a user or trader first accesses the platform for a transaction and is provided to the corresponding user. The corresponding user can continuously conduct transactions using his or her professional agent. Therefore, each professional agent is mutually identified so that it is paired with a corresponding user and continuously used.

The professional agent (eg, i) 140 shares transaction conditions with another professional agent (eg, k) 140 according to the trader's transaction request. The shared transaction conditions are classified for each professional agent 140 and sequentially stored in the database 160 according to order time.

The transaction condition matching unit 131 of the plurality of professional agents matches whether the conditions of the shared transaction match each other, and when the matching occurs, a contract is concluded between the professional agents through the transaction engine 145. Here, the professional agent 140 shares and matches the transaction conditions provided by its trading partners according to predetermined rules. Each expert agent receiving the contents of the matched transaction in this way provides it to its transaction partner and confirms the transaction.

The expertise training unit 146 may set the user's articles of incorporation or other prescribed laws, including relevant laws, regulations, and ordinances, as rules to be reviewed by default in relation to a specific transaction item. In addition, changes in exchange rates, credit ratings, and various regulations can be set by reflecting real-time changes. Above all, in addition to setting convenient functions through the environment setting unit, the user can pre-set his/her own know-how or trading tips of interest so that the corresponding professional agent can familiarize himself with the transaction.

The setting of rules through the expertise training unit 146 serves as a means for evolving the capabilities of the corresponding expert agent according to the capabilities of the user. Eventually, through the expert knowledge training unit, the predetermined expertise necessary for the transaction is automatically trained, and the automatic training updates the latest information according to the implementation progress of laws, directives, articles of association or terms and conditions among the expertise includes doing

In addition to setting the format to display the transaction information, the environment setting unit 151 can output the market status of the corresponding item in various formats such as text, table, graph, etc., when the user inquires about the market status. When inquiring about transaction details, the corresponding transaction details can be provided in the form of a table, and statistical information on the transaction details can also be provided. In addition, when a user registers a new order, the contents ordered for the order can be organized and output, and if an item of interest is set, the status of the item can be set to be output at designated intervals.

In addition, by controlling the specialized agent 140 through a separate setting through the environment setting unit 151, the trader can limit the exposure of his/her information to other specialized agents, and the restriction is limited when order input. The trader limits the exposure of the desired trading price by entering the price without specifying it, and may set up another professional agent group and expose information only to the desired group.

In the specialized agent-based trading method according to an embodiment of the present invention, it is possible to collectively control operations of a plurality of specialized agents or to adjust a filtering function for information of the specialized agents through a coordinator; The specialized agent is newly created each time a user accesses and is provided with previous properties through the user's platform access identification information (ID, etc.), thereby maintaining continuity with respect to the time of the specialized processor and continuing to use it professionally to personalize possible.

In addition, the specialized process can customize or personalize the search function, matching function, contract and transaction confirmation function according to each user, and can set the other party to share their information according to the user's settings or specific rules. The other party to be provided can also be designated according to the above setting or rules. In addition, the style of trading can include classical methods, personalized methods, AI-assisted methods, or combinations thereof.

7 is a diagram illustrating a mechanism for sharing transaction conditions between specialized agents and forming a dedicated transaction pipeline in a trading platform based on sharing of specialized agents according to an embodiment of the present invention.

As shown in FIG. 7, a plurality of professional agents share their own trading orders and trading conditions with other professional agents. When sharing, each specialized agent may select a specialized agent to share. Accordingly, it is possible to form a group to share specific transaction information.

Each professional agent (eg i) can select another professional agent (eg k) that they want to share, and through this, selective transaction information can be shared. According to the selective sharing of the specialized agent, a specific transaction pipeline may be activated, and a specific transaction pipeline may be deactivated and blocked.

As mentioned in the previous description, each professional agent can share transaction information, search, and perform matching on its own, and also select a matching transaction with the help of a matching engine.

Each trading partner can customize necessary information for his/her professional agent. Customization is possible mainly in terms of convenience of use including search, but the contents to be serviced by the professional agent can be specified in advance. For example, it is possible to designate the type of transaction you want and specify the corresponding item, or to filter by entering in advance the legal provisions or articles of incorporation that you need to be familiar with in a specific transaction.

Each of the transaction parties may customize additional information for their professional agent. Through this, it is possible to designate or filter specific transaction conditions. Specifying or filtering the conditions of a specific transaction can be a very important means for transaction parties to be familiar with and avoid wrong transactions.

8 is a signal flow diagram illustrating a process in which a transaction is made between parties (clients) of a transaction in a professional agent-based trading platform according to an embodiment of the present invention.

As shown in FIG. 8, each transaction party inquires about market conditions or transaction details through its own professional agent and orders a new transaction. To this end, each professional agent provides its own transaction conditions and inquiries to other professional agents share with In this case, the sharing may be selectively performed or full sharing may be performed.

In this shared state, it is possible to match specific market conditions, transaction details, and new transaction conditions with other specialized agents or matching engines. and the specialized agent delivers a notification of the received matching result to the corresponding transaction party. In addition, it is also possible for each specialized agent to search for the shared transaction conditions and deliver a notification of the matching result to the relevant transaction party if there is a matching condition.

Here, when the transaction conditions are matched, each professional agent (SA1, SA2) first enters into a contract. At this time, the conclusion of the contract becomes a kind of provisional contract as a pending procedure for the contract. Then, each professional agent notifies its clients of the contract contents, so that each client fulfills the contract. Of course, in the case of inquiries about the market status or transaction details other than transaction conditions, the action for the inquiry is completed by providing each user with the result matching the inquiry.

In the present invention, the subject of the transaction includes goods subject to independent transactions including stocks, bonds, real estate, funds, or movable assets.

In addition, each trader communicates with the professional agent one-on-one, and the professional agent communicates with another professional agent to receive a request from each trader, to understand the market situation for the subject of the transaction, inquire and provide quotes, Including conducting transactions.

It is possible for the trader to grasp the market situation for the subject of the trade through his or her own professional agent. In addition, the matching includes the trader inquiring or instructing the bid price for the subject of the trade through his/her professional agent.

After signing the contract, the trader inputs additional information about the contract to the professional agent, including account information, social security number, amount distribution or a combination thereof, and the coordinator or professional agent inputs the information to the accounting agent. It is delivered to the accounting department of the relevant trader through , and the contract execution procedure accompanying the above contract is performed to complete the transaction.

9 is an operational flowchart illustrating a process of a specific client transacting through a specialized agent-based trading platform according to an embodiment of the present invention.

As shown in FIG. 9 , in the trading method using the professional agent sharing-based trading platform according to an embodiment of the present invention, at least one session server first receives a connection request from at least one client, and the received connection A session is established with each specialized agent in consideration of load balancing for requests (S100). Here, load balancing can be performed before setting up the session, and the type of transaction (complex transaction such as multilateral transaction), the number of repetitions of the transaction (eg, when the same transaction is repeatedly performed multiple times), the expected If more than a certain amount of traffic is expected for a specific client and specialized agent according to the transaction duration, etc., a relatively small number of sessions are allocated to the corresponding session manager, coordinator, and transaction server to ensure processing speed above a certain level.

Subsequently, the coordinator registers each of the clients and the corresponding professional agent, and establishes a mutual relationship with each professional agent capable of trading (S200). A plurality of client-professional agent sets are registered, and each set establishes a relationship with other sets. It is necessary to distinguish between groups that can trade with each other and groups that do not.

Subsequently, each of the registered clients communicates with a professional agent to transmit and receive transaction conditions or necessary information (S300). When each client delivers transaction conditions to a specialized agent, each specialized agent converts the transferred transaction conditions into work commands and corresponding parameters, and then stores them in the work command pool for search and matching, as well as in the database.

Each specialized agent requests the coordinator to share the transaction conditions provided by its clients (users) with other specialized agents (S400). Before matching on transaction conditions, the coordinator allows professional agents with established relationships among registered professional agents to share the relevant transaction conditions. The shared transaction conditions are shared by configuring them in a specific message format, including the identification number and transaction conditions of the specialized agent, and then storing them in a database. Since the subject of the transaction is determined by the professional agent, the transaction condition is shared by a group or limited sharing is possible through a specific condition. Of course, the coordinator can enforce that sharing conditions cannot be added for certain transaction types. If necessary, the clients to be shared are limited, or once a contract between specialized agents is pending, a flag indicating suspension of the transaction is marked in the message field.

A matching engine is assigned to match the transaction conditions with other specialized agents according to the relationship set above for the sharing request (S500). The matching engine matches transaction conditions that can be accomplished with each other based on the relationship set above. Here, matching is, for example, if there is a purchase request for a specific transaction object, the sale request for it becomes a mutually matched transaction. Match price or quantity.

Subsequently, when the transaction conditions are matched (S600), each professional agent notifies each client (user) that a contract has been concluded according to the matched transaction conditions, and each client confirms the contents (S700), and then the transaction is concluded Perform follow-up actions according to (S800). If the transaction conditions do not match, the match is continuously checked until the transaction conditions match with other input transaction conditions.

Once assigned for a specific user, the professional agent is set up with expertise such as previous transaction patterns, environment settings, laws and articles of incorporation related to various transactions so that the previously allocated professional agent can be reused in the case of a transaction again. It is possible to reuse. In this way, the expert agent continuously evolves into an expert system according to the user's settings.

10 illustrates the hardware structure of each computer system when each server provided in the professional agent sharing-based trading platform according to an embodiment of the present invention is configured as a computer system.

As shown in FIG. 10, the hardware structure of each server provided in the specialized agent-based trading platform 100 includes a central processing unit 1000, a memory 2000, a user interface 3000, and a database interface 4000. , a network interface 5000, a web server 6000, and the like.

The user interface 3000 provides an input and output interface to the user by using a graphical user interface (GUI). The transaction interface unit 141 according to the present invention may be implemented using the user interface 3000.

The database interface 4000 provides an interface between a database and a hardware structure. Therefore, each server according to the present invention can implement an interface with the database 160 through the database interface 4000.

The network interface 5000 provides a network connection between devices possessed by a user. Therefore, each server according to the present invention can implement communication with the user terminal 200, the operating terminal 400, the accounting terminal 300, the supervisory terminal 500 and other servers using the network interface 4000. .

The web server 6000 provides a means for a user to access the hardware through a network. Most users can connect to the specialized agent sharing-based trading platform 100 by remotely accessing the web server.

Each step of the above configuration or method may be implemented as computer readable code on a computer readable recording medium or transmitted through a transmission medium. A computer-readable recording medium is a data storage device capable of storing data that can be read by a computer system.

Examples of computer-readable recording media include, but are not limited to, databases, ROMs, RAMs, CD-ROMs, DVDs, magnetic tapes, floppy disks, and optical data storage devices. The transmission medium may include a carrier wave transmitted through the Internet or various types of communication channels.

Also, the computer readable recording medium may be distributed over a network coupled computer system such that the computer readable code is stored and executed in a distributed manner.

In addition, at least one component applied to the present invention may include or be implemented by a processor such as a central processing unit (CPU) or a microprocessor that performs each function, and two or more of the components are one single All operations or functions for two or more components that are combined into components can be performed.

In addition, some of at least one or more components applied to the present invention may be performed by other components among these components. Also, communication between the components may be performed through a bus (not shown).

As described above, the present invention has an advantage in that a plurality of transaction parties can share a specific professional agent and thus can efficiently use the professional agent.

In addition, the present invention can ensure the independence and integrity of contracts through an independent transaction pipeline for each transaction party based on the sharing of the specialized agents, and also the market status, transaction details, and order registration through information sharing between specific specialized agents. , information including items of interest can be processed, so that each transaction party can provide high-quality services by adapting to the environment by continuously training their professional agent's skills or knowledge.

In addition, although the specialized agent according to the present invention is shared by a plurality of users, it has the advantage of providing each user with an individually specialized environment.

In addition, the expert agent according to the present invention exchanges control information with a client terminal through a control plane, and the client terminal has a virtualized database that virtualizes a database, exchanges forwarding data with the database through a data plane, and transmits and receives data through synchronization. By maintaining consistency, the specialized agent can be executed in the platform server or in each user's terminal, which has the advantage of more effective load distribution.

Here, the present invention described above has been described with reference to preferred embodiments, but those skilled in the art will variously modify the present invention within the scope not departing from the spirit and scope of the present invention described in the claims below. and can change.

100: Trading platform based on professional agents
110: Session Manager 120: Coordinator
130: matching engine 140: professional agent
150: application (program) 160: database
200: user / trader / client terminal 300: accounting terminal
400: operating terminal 500: supervisory terminal
131: transaction condition matching unit 132: transaction information search unit
141: transaction interface unit 142: work command conversion unit
143: memory unit 144: task scheduler
145: trading engine 146: rules training department
151: environment setting unit 152/6000: app (application program)
1000: central processing unit 2000: memory
3000: user interface 4000: data interface
5000: network interface

Claims (18)

In a trading platform based on professional agent sharing,
Sharing transaction conditions through the specialized agent that receives transaction requests from each of a plurality of clients, can be shared with each of the plurality of clients, and provides specialized transactions according to the personal specialized data of each of the clients. step;
a transaction condition matching step of performing matching on the transaction platform to see if there are transaction conditions that match each other in the shared transaction conditions; and
In the trading platform, a transaction execution step of executing a transaction between professional agents who presented the matched transaction conditions; includes,
The professional agent,
It is newly generated whenever each client accesses the trading platform, and provides preset attributes and environments through the identification information of the client to maintain temporal continuity of the professional agent, and to allow the client to designate and use personal professional data specialize;
Depending on the client, functions including search, matching, contract, and transaction can be customized, or a professional agent of the counterparty can be designated to share one's information, and a professional agent of the counterparty can be designated to receive information, or Supporting the transaction method, including real-time transaction, reservation transaction, direct transaction, indirect transaction involving a third party, AI-assisted transaction, or a combination thereof;
The market situation is searched by presenting the search conditions provided by the client, and when the client presents a specific transaction condition and requests a transaction based on the search result according to the market situation, the transaction condition and parameters are registered in the work command pool. The coordinator requests the matching engine to match transaction conditions for sale and purchase according to the order of the work commands or scheduling of work commands according to preset priorities, and executes a transaction with a specialized agent of the other party according to the matching result;
Or a transaction method based on professional agent sharing, characterized in that it comprises at least one or more of the combination thereof. The method of claim 1,
The transaction method is
In the trading platform, receiving a connection request from at least one client and establishing a session with each professional agent in consideration of load balancing; further comprising,
The load balancing,
It is performed before setting up the session, and if more than a certain amount of traffic is expected to occur for a specific client and professional agent according to the type of transaction, number of repetitions, estimated time required, or a combination thereof, the corresponding session manager, coordinator, and transaction server A transaction method based on expert agent sharing, characterized in that a predetermined processing speed is guaranteed by assigning relatively few sessions. The method of claim 1,
The transaction method is
registering each of the plurality of clients and corresponding professional agents in the trading platform with a coordinator, and establishing a relationship between the respective professional agents; and
Further comprising the step of each of the registered clients communicating with the corresponding professional agent to transmit and receive transaction conditions or information necessary for the transaction;
The relationship is
Transaction method based on expert agent sharing, characterized in that it comprises setting whether to share transaction conditions between the specialized agents or to prioritize transactions. The method of claim 3,
The above transaction conditions or information necessary for the above transaction,
Converted into a predetermined message format including work commands and parameters for the work commands and registered in the work command pool and database;
The work order of the work order pool is,
A transaction method based on professional agent sharing, characterized in that it is scheduled according to a registered time order or a preset transaction priority, and matching for transaction conditions stored in a database is performed according to work commands based on the scheduling. The method of claim 1,
The transaction method is
In the trading platform, the client and the professional agent exchange the transaction conditions or information necessary for the transaction, text message through messenger, web-based GUI (Graphical User Interface), app-based GUI, CLI (Command Line Interface) , voice recognition, gesture recognition. A transaction method based on professional agent sharing, characterized in that it comprises transmitting and receiving the information through a means including braille recognition or a combination thereof. The method of claim 1,
The transaction method is
In the trading platform, a training step of automatically training a predetermined expertise required for the transaction; further comprising,
The automatic training is
A transaction method based on professional agent sharing, characterized in that it includes updating the statutes, directives, articles of association or terms and conditions among the expertise with the latest information according to the progress of their implementation. The method of claim 1,
The transaction method is
The trading method based on sharing of specialized agents, further comprising controlling operations of a plurality of specialized agents collectively or adjusting a filtering function for information of the specialized agents in the trading platform. The method of claim 1,
The professional agent,
exchanging control information with the corresponding client terminal through the control plane;
In the client terminal, a virtualization database that virtualizes the database is provided, forwarding data is exchanged with the database through a data plane, and data consistency is maintained through synchronization, thereby distributing and processing the functions of the specialized agent. A trading method based on agent sharing. delete at least one specialized agent that receives transaction requests from a plurality of clients, shares respective transaction conditions, and which can be shared with each of the plurality of clients, and provides specialized transactions according to the personal professional data of each of the clients;
a matching engine that performs matching of the transaction conditions to see if there are transaction conditions that match each other in the shared transaction conditions; and
A transaction engine that executes a transaction between professional agents who presented the matched transaction conditions;
The professional agent,
It is newly created whenever each client accesses the trading platform, and provides preset properties and environments through the identification information of the client to maintain temporal continuity of the specialized agent and specialize the client to designate and use personal specialized data. do or;
Depending on the client, functions including search, matching, contract, and transaction can be customized, or a professional agent of the counterparty can be designated to share one's information, and a professional agent of the counterparty can be designated to receive information, or Supporting the transaction method, including real-time transaction, reservation transaction, direct transaction, indirect transaction involving a third party, AI-assisted transaction, or a combination thereof;
The market situation is searched by presenting the search conditions provided by the client, and when the client presents a specific transaction condition and requests a transaction based on the search result according to the market situation, the transaction condition and parameters are registered in the work command pool. The coordinator requests the matching engine to match transaction conditions for sale and purchase according to the order of the work commands or scheduling of work commands according to preset priorities, and executes a transaction with a specialized agent of the other party according to the matching result;
Or a trading platform based on professional agent sharing, characterized in that it includes at least one or more of the combination thereof. The method of claim 10,
The trading platform,
A session server for receiving connection requests from the plurality of clients and setting up sessions with each specialized agent in consideration of load balancing;
The load balancing is performed before setting up the session, and when traffic is expected to occur for a specific client and professional agent according to the type of transaction, the number of repetitions, the expected required time, or a combination thereof, the corresponding session manager, A trading platform based on professional agent sharing, characterized by guaranteeing a predetermined processing speed by allocating relatively few sessions to the coordinator and trading server. The method of claim 10,
The trading platform,
A coordinator registering each of the plurality of clients and corresponding specialized agents and establishing a relationship between at least one specialized agent;
Each registered client,
Communicate with the relevant professional agent to send and receive information necessary for transaction conditions or transactions;
The relationship is
A trading platform based on professional agent sharing, comprising setting whether to share transaction conditions between the professional agents or setting transaction priorities. The method of claim 12,
The above transaction conditions or information necessary for the above transaction,
Converted into a predetermined message format including work commands and parameters for the work commands and registered in the work command pool and database;
The work order of the work order pool is,
A trading platform based on professional agent sharing, characterized in that it is scheduled according to the registered time order or predetermined transaction priority, and matching with the transaction conditions stored in the database is performed according to the work command by the scheduling. The method of claim 10,
The trading platform,
The client and the professional agent exchange the transaction conditions or information necessary for the transaction, text message through messenger, web-based GUI (Graphical User Interface), app-based GUI, CLI (Command Line Interface), voice recognition, gesture recognize. A transaction platform based on professional agent sharing, characterized in that it further comprises; a transaction interface unit for transmitting and receiving the information through means including braille recognition or a combination thereof. The method of claim 10,
The trading platform,
It further includes; an expertise training unit that automatically trains predetermined expertise necessary for the transaction;
The automatic training is
A trading platform based on professional agent sharing, characterized in that it includes updating the laws, directives, articles of association or terms and conditions among the above expertise with the latest information according to the progress of their implementation. The method of claim 10,
The trading platform,
A trading platform based on sharing of specialized agents, further comprising: a coordinator for collectively controlling operations of a plurality of specialized agents or adjusting a filtering function for information of the specialized agents. The method of claim 10,
The professional agent,
exchanging control information with the corresponding client terminal through the control plane;
In the client terminal, a virtualization database that virtualizes the database is provided, forwarding data is exchanged with the database through a data plane, and data consistency is maintained through synchronization, thereby distributing and processing the functions of the specialized agent. A trading platform based on agent sharing. delete