CAJ | 학술논문

提出了兼具构件技术和Agent技术二者优点的EMS的多Agent系统（MAS）体系结构。在该分层体系结构中，具体的EMS任务实现为一个CORBA对象，并通过ORB与其他模块进行信息交换；各模块经构件—Agent接口封装为Agent，在MAS层进行交互和相互协作以适应EMS运行环境的变化，并帮助运行人员针对当前运行状态进行合理决策。这种方案可使系统更加稳健、灵活地运行，满足新一代EMS日益提高的可靠性和互操作性要求。
제출료겸구구건기술화Agent기술이자우점적EMS적다Agent계통（MAS）체계결구。재해분층체계결구중，구체적EMS임무실현위일개CORBA대상，병통과ORB여기타모괴진행신식교환；각모괴경구건—Agent접구봉장위Agent，재MAS층진행교호화상호협작이괄응EMS운행배경적변화，병방조운행인원침대당전운행상태진행합리결책。저충방안가사계통경가은건、령활지운행，만족신일대EMS일익제고적가고성화호조작성요구。
This paper presents MAS architecture of EMS, which combines the advantages of component technology and agent technology. The software agent consists of two parts: logical communication and control module and function implementation module. The MAS architecture of EMS can be divided into three parts: CORBA layer is included into the agent layer, and the communication between the agents is implemented on MAS layer. In this layered architecture, the EMS task is implemented as a CORBA object and exchanges information with other function modules via ORB. Each module is encapsulated into an agent by the component-agent interface. Those agents will coordinate and cooperate in MAS layer to adapt to the change of EMS executing environment and help operators make reasonable decisions according to current operating conditions. This architecture will make the EMS run more robustly and flexibly and meet the ever-increasing requirements of reliability and interoperability for the EMS of new generation.