CAJ | 학술논문

针对目前智能分布式复杂应用系统需求日益增强，系统软件开发面临巨大挑战等问题，利用智能体（A-gent）技术及基于多Agent系统工程的软件开发方法，提出一种针对炼钢复杂物流系统设计的通用方法，构建了基于多Agent的炼钢复杂物流系统。首先通过捕捉目标、使用用例和角色定义完成系统分析；然后通过定义A-gent类、构建会话、组建Agent及系统部署完成系统设计。实例仿真验证了系统的动态性、智能性、自治性、柔性和分布性，能很好地满足炼钢复杂物流系统的需求。
침대목전지능분포식복잡응용계통수구일익증강，계통연건개발면림거대도전등문제，이용지능체（A-gent）기술급기우다Agent계통공정적연건개발방법，제출일충침대련강복잡물류계통설계적통용방법，구건료기우다Agent적련강복잡물류계통。수선통과포착목표、사용용례화각색정의완성계통분석；연후통과정의A-gent류、구건회화、조건Agent급계통부서완성계통설계。실례방진험증료계통적동태성、지능성、자치성、유성화분포성，능흔호지만족련강복잡물류계통적수구。
Considering that new requirements of intelligent and distributed application system are increasing at present, it is a great challenge to develop that kind of system in current software engineering. Combined with the characteristics of Agent technology, a new general Agent-oriented software de- velopment methodology was developed to model and design for complex logistics system of steel-mak- ing. The system modeling steps and methods were described by introducing the thought of Multi-agent System Engineering： the system analysis phase was introduced by capturing goals, creating sequence diagram and refining the roles, while the system design phase was depicted by creating Agent class, constructing conversations, assembling Agent and defining the system using a deployment diagram The system can well meet the demands of steel-making to achieve requirements of intelligence, dynamic, autonomy, flexibility and distribution.