KR100659172B1 - Interoperable system between agent platform and non-agent platform and method thereof, and recording medium thereof - Google Patents

Abstract

A system and a method for interoperating an agent platform which is under the standard of FIPA(Foundation for Intelligent Physical Agents) spec and a non-agent platform, and a recording medium storing the same are provided to guarantee intercommunication between heterogeneous platforms, and construct the stable system by frequently checking and distributing message communication overhead with monitoring and a scheduler. An information bus adaptor(300) is the non-agent platform based on CORBA(Common Object Request Broker Architecture) event service and generates an event. A JADE(Java Agent DEvelopment framework) agent platform(400) registers multiple agents processing the event generated from the information bus adaptor. A server computer(500) is equipped with an EMTI(Effective Message Transport Interface) functioning as a bridge between the information bus adaptor and the JADE agent platform. The EMTI schedules an event task according to a context type/content of a received event message and monitors task performance. The information bus adaptor includes ORB units(501a,501b) functioning as a broker until the event transmitted to the server is completely processed.

Description

Interoperable system between agent platform and non-agent platform and its operation method and recording medium recording it {INTEROPERABLE SYSTEM BETWEEN AGENT PLATFORM AND NON-AGENT PLATFORM AND METHOD THEREOF, AND RECORDING MEDIUM THEREOF}

1 is a view showing the configuration of a JADE agent platform according to the present invention,

2 is a diagram illustrating the operation of a CORBA event service according to the present invention;

3 is a block diagram showing a configuration of an interoperability system between an agent platform and a NON-agent platform according to the present invention;

4 is a flowchart illustrating a method of interoperation between an agent platform and a NON-agent platform according to the present invention;

5 is a diagram illustrating an interface for accessing a server from a client according to the present invention in IDL;

6 shows a simulation for evaluating the efficiency of the present invention.

Explanation of symbols on the main parts of the drawings

300: information bus adapter 301: dedicated channel

400: JADE agent platform 401: agent means

402: container means 403: main container means

404: AM means 405: DF means

500: server computer 500 501a, 501b: ORB means

502: II means 503: MQ means

504: MS means 505: IFM means

506: local agent 507: ML means

The present invention relates to interoperability between platforms, and in particular, agents that comply with standard FIPA (Foundation for Intelligent Physical Agents) specifications without changing existing systems in a ubiquitous computing environment in which various platforms exist. The present invention relates to an interoperable system that enables efficient intercommunication between an agent framework and a non-agent platform, an operation method thereof, and a recording medium recording the same.

Recently, as interests and requirements for ubiquitous computing environment have increased, researches on agent platforms that can adapt to the situation and enable self-growth are being actively conducted. Ubiquitous refers to an environment where users can access the network freely regardless of time and place. In order to build such a ubiquitous environment, development of miniaturization, light weight, internalization, and dispersion technologies is essential. In addition, various types of user-centered interfaces such as facial expressions, behaviors, voices, and body changes should be implemented. In order to provide a service that a user needs, the role of an agent that detects the situation of the user and the surrounding environment by collecting various information from sensors and computers ubiquitous is required.

Agents have the ability to efficiently perform operations in a dynamic and open environment and to solve any problems themselves. Software agent technology was initially started by AI researchers as an independent motion agent technology capable of performing inference and judgment functions. However, since then, it has developed into an important means for effectively solving missions by performing specific tasks of human beings through cooperation between multi-agents in a distributed environment. FIPA's agent framework, an international standardization organization for software agents, basically exchanges messages between multiple agents using the Agent Communication Language (ACL). Java Agent Development Framework (JADE) agent platform, a representative agent framework developed by Italian telecommunications company TI LAB, conforms to the FIPA specification and provides a graphical user interface (GUI) environment for developers and users. To help manage agents. In addition, tools such as Sniffer and Introspector can be used to track agent-to-agent communication messages. ACL, which is a communication language used in the agent framework, is used as an autonomous problem solving method between agents, which is quite different from the existing communication protocol. Sufficient expressive power, as well as a proper semantic structure necessary for information exchange between each agent, guarantees autonomy, which is one of the biggest characteristics of the agent.

One example of the technology related to the multi-agent platform system is disclosed in Korean Patent Registration Publication No. 10-512015 (registered on Aug. 25, 2005: Web-based multi-agent platform system and method for providing agent service using the same).

The technique disclosed in the above publication stores a function of each agent as a Web Services Description Language (WSDL) file, and external software mounted on a plurality of computers connected through the web calls a web-based function to use the function of the agent. When the request message is sent, the function call request message is converted into the agent communication language so that the agent executes the function, and the result of executing the function of the agent written in the agent communication language is converted into a web-based message and delivered to the corresponding software. Disclosed are a web-based multi-agent platform system and an agent service providing method using the same.

In addition, an example of a technique related to an agent is disclosed in Korean Patent Registration Publication No. 10-0516794 (Agent System).

The technique disclosed in the above publication includes a plurality of agents for executing a predetermined process while moving a plurality of nodes connected to an information network, the plurality of nodes each having a plurality of agent platforms for receiving and executing agents, Either the agent platform or the node has a synchronization means, and when a plurality of agents operating in the same node want to synchronize and proceed with work, a request message for synchronizing with the synchronization means is sent. Thus, an agent system is disclosed in which a plurality of agents in the same node synchronize and proceed with processing.

However, the technique using the ACL, including the technique disclosed in the above publication, maximizes the utility of the agent, but there are significant limitations in interworking with the existing platform, and the interaction between the agent platform and the NON-agent platform using the ACL as a base There is a problem that requires a medium for communication.

An object of the present invention is to solve the problems described above, and to provide an interoperability system between the agent platform and the NON-agent platform to ensure mutual communication between heterogeneous platforms, its operation method and a recording medium recording the same.

Another object of the present invention is an interoperation system between an agent platform and a NON-agent platform that builds a stable system by checking and distributing message communication overhead from time to time by using a monitoring and a scheduler. And a method of operating the same and a recording medium recording the same.

In order to achieve the above object, the interoperability system between the agent platform and the NON-agent platform according to the present invention is a system that enables inter-communication between heterogeneous platforms in a networked distributed environment, and a CORBA event service-based NON-agent platform. A server computer having an information bus adapter that generates an event, a JADE agent platform that registers a plurality of agents that process events generated by the information bus adapter, and an EMTI serving as a bridge between the information bus adapter and the JADE agent platform. Wherein the EMTI schedules an event processing task according to the context type and content of the received event message and monitors the task performance.

Further, in the interoperability system between the agent platform and the NON-agent platform according to the present invention, the information bus adapter according to claim 1, which acts as an intermediary until the processing of the event transmitted to the server computer is completed. It includes an ORB means, and generates a dedicated channel for transmitting the generated event by dynamically increasing or decreasing according to the number of events, and supports both the push model and the pull model of the event service.

Further, in the interoperation system between the agent platform and the NON-agent platform according to the present invention, the server computer system according to claim 1, acts as an intermediary until the processing of the event received from the information bus adapter is completed. An ORB means, an II (interface initialization) means for initializing the EMTI, a message queue (MQ) means for temporarily storing an event message received from the information bus adapter, a processing operation for an event message received from the information bus adapter. Message scheduling (MS) means for scheduling multiple threads using multiple threads, an interface monitoring (IFM) means for monitoring the EMTI, a local agent for communicating with a remote agent of the JADE agent platform, event processing received from the JADE agent platform ML to store the result (message lease T) means.

Further, in the interoperability system between the agent platform and the NON-agent platform according to the present invention, the MS means checks the context type and content of the event message received from the information bus adapter and performs the JADE. Determine and schedule the execution of an activated agent of the agent platform, and randomly extract and process the messages accumulated in the MQ means according to the schedule.

Further, in the interoperation system between the agent platform and the NON-agent platform according to the present invention, the IFM means according to claim 3 measures the overhead according to the interface itself message processing, and using the accumulated result data in the future It is characterized by predicting and monitoring the occurrence of overhead that may occur.

In addition, in the interoperability system between the agent platform and the NON-agent platform according to the present invention, the JADE agent platform according to claim 1, a plurality of agents, one or more agents to perform work through mutual cooperation in a distributed environment Container means to provide an environment for the user to run, main container means for communicating with a remote agent through a network, agent (AM) means for creating and removing the agent and supporting naming services, and supporting yellow services. Thus, the agent includes a DF (Directory Coordination) means for providing a method for finding another agent existing on the network, and one independent JADE agent platform has one main container means.

In addition, the interoperability method between the agent platform and the NON-agent platform according to the present invention to achieve the above object is a CORBA event service-based NON agent platform to enable mutual communication between heterogeneous platforms in a networked distributed environment A server computer including an information bus adapter for generating an event, a JADE agent platform including a plurality of agents for processing events generated by the information bus adapter, and an EMTI serving as a bridge between the information bus adapter and the JADE agent platform. A method of interoperability between platforms, the server computer comprising: (a) receiving an event message generated from the information bus adapter, (b) temporarily storing the received event message in a variable queue and then extracting it doing (C) scheduling processing of the extracted event message, (d) measuring message communication overhead, and (e) using the JED agent platform using a relatively low thread. Sending an event message to an activated agent for processing, (f) receiving and storing the processing result processed by the JADE agent platform, and (g) returning the received processing result to the information bus adapter. And executing the step, wherein the EMTI schedules an event processing task according to the context type and content of the received event message and monitors the task performance.

In the interoperation method between the agent platform and the NON-agent platform according to the present invention, the method according to claim 7, wherein step (b) is characterized in that the temporarily stored message is extracted at random.

In the interoperation method between the agent platform and the NON-agent platform according to the present invention, the method according to claim 7, wherein step (c) checks the context type and content of the event message received from the information bus adapter. JADE agent platform determines whether the active agent is running, characterized in that the scheduling using multiple threads.

In addition, in order to achieve the above object, a computer-readable recording medium according to the present invention is a non-agent platform based on a CORBA event service, an information bus adapter for generating an event, and a plurality of events for processing events generated by the information bus adapter. Records a program for functioning a server computer having a JADE agent platform registering an agent, an EMTI serving as a bridge between the information bus adapter and the JADE agent platform, wherein the EMTI is the context type and content of the received event message; In accordance with the present invention, the event processing task is scheduled and the task performance is monitored.

In addition, in order to achieve the above object, a computer-readable recording medium according to the present invention generates an event to a CORBA event service-based NON-agent platform to enable mutual communication between heterogeneous platforms in a networked distributed environment. An agent having a server computer including an information bus adapter, a JADE agent platform that registers a plurality of agents for processing events generated by the information bus adapter, and an EMTI serving as a bridge between the information bus adapter and the JADE agent platform. A computer-readable recording medium for interoperating between a platform and a NON-agent platform, the server computer receiving an event message generated from the information bus adapter, and receiving the received event message. Storing the extracted temporary message in a variable queue, scheduling a processing operation of the extracted event message, measuring message communication overhead, and using the JADE agent using a relatively small thread. Sending an event message to a platform for processing by an activated agent, receiving and storing the processing result processed by the JADE agent platform, and returning the received processing result to the information bus adapter. The program may be recorded, and the EMTI may schedule an event processing task according to the context type and content of the received event message, and monitor the performance of the task.

In the present invention, by defining an EMTI (Efficient Message Transport Interface) as a method of ensuring mutual communication between heterogeneous platforms, an information bus adapter developed by itself based on the Common Object Request Broker Architecture (COBA) event service Use the Information Bus Adapter and the JADE agent framework to help heterogeneous platforms effectively adapt to each other.

Prior to the description of the present invention, the JADE and CORBA event services will be briefly described with reference to FIGS.

1 is a diagram illustrating the configuration of a JADE agent platform according to the present invention, Figure 2 is a diagram illustrating the operation of the CORBA event service according to the present invention.

-JADE agent platform

In a multi-agent system, an agent refers to a computer program that performs work in a distributed environment through mutual cooperation. You can provide complex services that work with other agents that cannot be solved by independent applications. In addition, a user may use another agent without knowing himself or herself through the agent that he or she is using even though he does not know all the usage of many agents existing in the computer. In other words, in a multi-agent system, there are agents that cooperate with each other, so many agents are used without the user's knowledge. As the requirements for an agent's capabilities increase, the functionality can be easily extended by adding agents with new capabilities. The JADE agent system complies with the FIPA specification as a middleware framework that makes development of these multi-agents easy and fast. The following are the components of the JADE agent platform.

AMS (Agent Management System): It is in charge of creating and removing agents and supports naming service.

Directory Facilitator (DF): Provides a way for an agent to find other agents on the network by supporting the Yellow Service.

As shown in FIG. 1, a container 101 provides an environment for one or more agents 103 to execute. The remotely generated agent 10c registers with the main container 101a and then communicates with the remote agent 10a via the network. In one independent JADE agent platform (10a, 10b) can have only one main container (101a, 101b).

CORBA Event Service

The event service supports asynchronous message transfers designed to improve the limitations of the CORBA invocation model, allowing one or more providers to send messages to one or more consumers. The CORBA event service is composed of a consumer 201, an event channel 202, and a supplier 203, as shown in FIG. 2, with a consumer 201 and a supplier 203. Are connected to the event channel 202 and each generates an event and uses that event. The event channel 202 can send events on the consumer 201 side without any information request from the provider 203, and registers, deletes, and trusts the consumer 201 and the provider 203 as mediators of the event service. Performs tasks related to data transfer and error control. The event service largely provides a push model and a pull model. The push model is a form that pushes an event to the event channel 202 when the event occurs from the provider 203, and informs the consumer 201 that the event has arrived in the event channel 202. In addition, the pull model requires the event channel 202 to request an event that the consumer 201 needs, and the event channel 202 informs the provider 203 of the matter and receives a message.

In the push model shown in FIG. 2A, the provider 203 pushes an event to the event channel 202, and the event channel 202 passes the received event to the consumer 201. In contrast, in the pull model shown in FIG. 2B, in contrast to the push model, the consumer 201 requests an event from the event channel 202, which is an event channel mediator, and the event channel 202 asks the provider 203 for an event. request. When developing an application using the CORBA event service, a combination of the push model and the pull model is used to select four models: 'push / push', 'push / pull', 'pull / pull', and 'pull / push'. Can be used. This should be chosen in consideration of the characteristics and design of the application to be developed.

Hereinafter, the most preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily practice the present invention. . In addition, in description of this invention, the same code | symbol is attached | subjected to the same part and the repeated description is abbreviate | omitted.

3 is a block diagram illustrating a configuration of an interoperability system between an agent platform and a NON-agent platform according to the present invention.

As shown in FIG. 3, the interoperability system between the agent platform and the NON-agent platform according to the present invention includes an information bus adapter 300 and an information bus adapter 300 in which events are generated in a NBA agent platform based on CORBA event service. Server computer 500 having an EMTI acting as a bridge between the JADE agent platform 400 and the information bus adapter 300 and the JADE agent platform 400 that register a plurality of agents handling events occurring in ).

Each role is described as follows.

The information bus adapter 300 of the client side illustrated in FIG. 3 delivers an event message to the server computer 500 until the processing of the event transmitted to the server computer 500 is completed, and the event message ORB means 501a serving as a broker for receiving the processing result from server computer 500 is provided.

In the information bus adapter 300, when a specific event occurs, a dedicated channel 301 for transmitting the event is generated. Channels are automatically created according to the type and content of the event. In addition, the channel dynamically increases or decreases according to the number of events to maintain an optimal number of channels, thereby reducing the overhead of channel management. The generated event finds which object to send a message to using a naming service, and then delivers the event to the server computer 500 which is a server implementation object through an ORB (Object Request Broker) means 501. Information bus adapter 300 basically supports push and pull models.

The server computer 500 of the server side includes an ORB means 501b that acts as a broker until the processing of events received from the information bus adapter 300 is completed, and an II (Initializing Interface, interface) for initializing the EMTI. Initialization) means 502, MQ (Message Queue, message queue) means 503 for temporarily storing the event message received from the information bus adapter 300, processing operation of the event message received from the information bus adapter 300 Message Scheduling (MS) means 504 for scheduling the message, Interface Monitoring (IFM) means 505 for monitoring the EMTI, Local Agent 506 for communicating with a remote agent of the JADE agent platform 400 And a message list (ML) means 507 for storing an event processing result received from the JADE agent platform 400.

A more detailed description of each is as follows.

II means 502 initializes the interface for communication between heterogeneous platforms. It controls the arrayList and MQ means for temporarily storing the message and activates the MS means 504.

IFM means 505 is responsible for monitoring the EMTI. Check the overhead of the message delivery thread and monitor performance.

The ML means 507 receives the result data processed by the collaboration between the agents in the JADE agent platform 400 through EMTI, and stores the received data in a buffer created by the arrayList according to data loss. Solve problems and improve stability.

MS means 504 schedules tasks using multiple threads. GetEventMessage () is executed when MS means 504 starts, and getEventMessage () acts as a dispatcher to get the content of the job from MQ means 503. After checking the context type and content of the event message, the message accumulated in the MQ means 503 is randomly extracted and processed.

MQ means 503 has a variable queue for temporarily storing messages in the EMTI, grasp the types and attributes of the messages contained in the queue to extract and communicate with the message.

The server computer 500 initializes the ORB means 501 and the EMTI by creating an instance of the EMTIServant class, and registers a naming context with the naming service. In addition, the JADE agent platform 400 generates an ML (message list) means 507 to store the result of the event. After the server computer 500 is initialized, EMTI creates a local agent 506 for communicating with a remote agent of the JADE agent platform 400. It sends a query to the AM means 404 of the remote agent platform, receives a list of currently registered agents, and communicates with the activated agent. Agents have a status of activated and suspended by default.

JADE agent platform 400, which is an agent platform, includes a plurality of agent means 401 for performing tasks through mutual cooperation in a distributed environment, and container means 402 for providing an environment for one or more agents 401 to execute. Main Container 403, which communicates with a remote Agent through a network, creates and removes Agent 401, and acts as an AMS that supports the naming service. Means 404, DF (directory coordination) means 405, which supports the yellow service and provides a method for the agent 401 to find other agents present on the network. In a multi-agent system, information exchange between agents occurs very frequently, and this process is controlled by the AM management means 404. The event data received from the server computer 500 is performed by the agent 401 having different characteristics according to the type of context. After performing the operation, the JADE agent platform 400 transmits and stores the value to the ML means 507 in the server computer 500 to return the result value to the requested information bus adapter 300.

A method of interoperation between an agent platform and a NON-agent platform according to an embodiment of the present invention will be described with reference to FIG. 4.

4 is a flowchart illustrating a method of interoperation between an agent platform and a NON-agent platform according to the present invention.

First, when an event is generated in the information bus adapter 300 (ST 4110), a dedicated channel for transmitting an event is generated. The generated event finds an object to which the message is delivered using omniNames, which is a naming service, and delivers the event message to the server computer 500 through the ORB means 501a of the information bus adapter 300 (ST 4120). The ORB means 501b of the server computer 500 receives the event message from the ORB means 501a of the information bus adapter 300 (ST 4210), and temporarily stores it in a variable queue of the MQ means 503. Extract at random (ST 4220). Next, the MS means 504 schedules the processing of the event message stored in the MQ means 503 using multiple threads (ST 4230). The scheduling is performed by checking the context type and content of the event message received from the information bus adapter 300 and determining whether the activated agent of the JADE agent platform 400 is executed. Next, the IFM means 505 measures the overhead of the message delivery thread (ST 4240). Message communication overhead is checked from time to time to distribute the work schedule of message delivery threads and to predict future overhead. The message extracted in step ST 4220 is transmitted through the measured local agent 506 to the AM means 404 of the JADE agent platform 400 by using a thread having a relatively low overhead (ST 4250). Let's do it. The agent 401 of the JADE agent platform 400 having received the event message (ST 4310) processes the event (ST 4320) and returns the processing result back to the server computer 500 (ST 4330). The server computer 500 receives the processing result processed by the JADE agent platform 400 through the local agent 506 and stores it in the ML means 507 (ST 4260). The processing result stored in the ML means 507 is returned back to the information bus adapter 300 (ST 4270). The information bus adapter 300 receives this (ST 4130).

5 is a diagram illustrating an interface for accessing a server from a client according to the present invention in an interface definition language (IDL).

As shown in FIG. 5, an event interface is defined in IDL, thereby enabling external access. The passing_message (in EventData data) method receives event data generated by the adapter and delivers a message to the agent platform. There are other methods to assist you in finding an agent or getting a list of agents. IDL is compiled by the precompiler to generate skeleton and stub code for the implementation of the server class. Defines server implementation object based on generated code. This is a method of unifying the interface with IDL. It has the advantage of connecting to the server through ORB by extending the client regardless of languages such as Java, C ++, and python.

6 shows a simulation for evaluating the efficiency of the present invention.

As shown in Fig. 6, the efficiency of the interface is evaluated with a large amount of messages transmitted and received via the information bus adapter and EMTI according to the present invention. In this simulation, a PC for an information bus adapter serving as a provider for generating an event message shown in FIG. 6A, a plurality of PCs serving as a consumer for receiving a message, and a SUN server for an event channel are used. In addition, the transfer speed was measured while gradually increasing the size of the dummy data from 256 bytes to 2 megabytes (M bytes). The dummy event message generated by the adapter was fed back as soon as it was received by the agent platform, and repeated 1000 times for each dummy data to increase the reliability of the result value.

Experimental results are shown in FIG. 6b. The number of event messages increases from 10 to 1000, representing the average processing time. To increase reliability, the adapter adds a reliability logic that sends an acknowledgment signal after receiving a certain amount of event messages. As a result, the performance of the adapter outperforms that of omniEvents, which supports the existing reliability. In addition, it can be seen that the average processing time in the initial 10 is higher than the processing time of 20 or 30 event messages. This is because some delay occurs when sending a message to the AMS agent of the agent platform during the initial message transmission and finding and connecting to the agent.

As mentioned above, although the invention made by this inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example and can be variously changed in the range which does not deviate from the summary.

As described above, according to the interoperability system between the agent platform and the NON-agent platform according to the present invention, its operation method and a recording medium recording the same, an effect of ensuring mutual communication between heterogeneous platforms can be obtained.

In addition, according to the interoperability system between the agent platform and the NON-agent platform according to the present invention, the operation method thereof, and the recording medium recording the same, an effect of establishing a stable system by checking and distributing the message communication overhead from time to time is also obtained. .

Claims (11)

In a system that enables mutual communication between heterogeneous platforms in a networked distributed environment, Information bus adapters that generate events with a NON-Agent platform based on CORBA event service, JADE agent platform that registers a plurality of agents for processing events generated by the information bus adapter, A server computer having an EMTI (Effective Message Transfer Interface) serving as a bridge between the information bus adapter and the JADE agent platform, The EMTI schedules an event processing task according to the context type and content of the received event message, and monitors the performance of the agent platform. The method of claim 1, The information bus adapter, An ORB means serving as an intermediary until the processing of the event transmitted to the server computer is completed; Dedicated channel for sending event is created by dynamically increasing or decreasing according to the number of events. An interoperability system between an agent platform and a NON-agent platform, which supports both a push model and a pull model of the event service. The method of claim 1, The server computer system, ORB means acting as an intermediary until processing of the event received from the information bus adapter is completed; II (interface initialization) means for initializing the EMTI, MQ (message queue) means for temporarily storing an event message received from the information bus adapter, Message scheduling (MS) means for scheduling processing of event messages received from the information bus adapter using multiple threads; IFM (Interface Monitoring) means for monitoring the EMTI, A local agent for communicating with a remote agent of the JADE agent platform, And a message list (ML) means for storing an event processing result received from the JADE agent platform. The method of claim 3, wherein The MS means, Check the context type and content of the event message received from the information bus adapter, determine whether the activated agent of the JADE agent platform is running, and schedule An interoperability system between an agent platform and a non-agent platform, characterized in that for randomly extracting and processing messages accumulated in the MQ means according to the schedule. The method of claim 3, wherein The IFM means measures the overhead according to the interface itself message processing, and using the cumulative result data to predict and monitor the occurrence of overhead that may occur in the future interoperation between the agent platform and the NON-agent platform system. The method of claim 1, The JADE agent platform, A number of agents working together in a distributed environment, Container means for providing an environment for one or more agents to run, Main container means for communicating with a remote agent via a network; AM (agent management) means for creating and removing the agent and supporting a naming service; A DF (directory coordination) means for supporting a yellow service and providing a method for the agent to find another agent on the network; An independent JADE agent platform is an interoperability system between an agent platform and a NON-agent platform, characterized in that it has one main container means. Information bus adapter that generates events to a non-agent platform based on CORBA event service to enable mutual communication between heterogeneous platforms in a networked distributed environment, and includes a plurality of agents that process events generated by the information bus adapter. In the interoperation method between the platform comprising a server computer comprising a JADE agent platform, EMTI serving as a bridge between the information bus adapter and the JADE agent platform, The server computer, (a) receiving an event message generated from the information bus adapter, (b) temporarily storing the received event message in a variable queue and extracting the received event message; (c) scheduling a processing task of the extracted event message, (d) measuring the message communication overhead, (e) transmitting an event message to the JADE agent platform using a thread having a relatively low measured overhead to be processed by an activated agent; (f) receiving and storing the processing result processed by the JADE agent platform, (g) returning the received processing result to the information bus adapter, The EMTI schedules an event processing task according to the context type and content of a received event message, and monitors the performance of the agent platform. The method of claim 7, wherein Step (b) is a method for interoperation between the agent platform and the NON-agent platform, characterized in that for randomly extracting the temporarily stored message. The method of claim 7, wherein In step (c), the context type and contents of the event message received from the information bus adapter are checked to determine whether the activated agent of the JADE agent platform is executed, and the agent is scheduled using multiple threads. Interoperability between the platform and the NON-Agent platform. Information bus adapters that generate events to the NON-Agent platform based on CORBA Event Service, JADE agent platform that registers a plurality of agents for processing events generated by the information bus adapter, Record a program for functioning a server computer having an EMTI serving as a bridge between the information bus adapter and the JADE agent platform, The EMTI schedules an event processing task according to the context type and content of the received event message, and monitors the performance of the task. In order to enable mutual communication between heterogeneous platforms in a networked distributed environment, information bus adapters that generate events are registered with a CORBA event service-based NON-agent platform, and a plurality of agents that process events generated by the information bus adapters are registered. A computer-readable recording medium for interoperating between an agent platform having a JADE agent platform, a server computer including an EMTI serving as a bridge between the information bus adapter and the JADE agent platform, and a NON-agent platform. , The server computer, Receiving an event message generated from the information bus adapter, Temporarily storing the received event message in a variable queue and extracting the received event message; Scheduling a processing task of the extracted event message; Measuring message communication overhead, Transmitting an event message to the JADE agent platform using a thread having a relatively low measured overhead so that an activated agent is processed; Receiving and storing the processing result processed by the JADE agent platform, Record a program for executing the step of returning the received processing result to the information bus adapter, The EMTI schedules an event processing task according to the context type and content of the received event message, and monitors the performance of the task.

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