智能协同集成逆向工程系统控制模型的研究

为提高集成逆向工程系统的智能和协同能力，提出了基于MAS的控制模型。该模型分为管理智能体层、单元智能体层和执行智能体层。管理智能体层负责调度和协调各CA，并对所有CA进行管理；单元智能体层中的各CA间通过协商承担相应的任务，完成任务的一级分配；执行智能体对逆向系统内的硬件、软件负责，它们根据局部的本地资源信息及当前状态，接收发布的任务，并对其求解。同一层次的CA之间采用分布式结构，对等协作；上下级的CA间采用主从协作。

Production control model of integrated reverse engineering system based on MAS

To improve the intelligent and cooperative performance of the integrated reverse engineering system, a control model based on the architecture of Multi-Agent System (MAS) was constructed. This model consisted of three layers: the management Agent layer, the cell Agent layer and the execution Agent layer. The management Agent layer was in charge of coordinating, scheduling and managing all Agents. Each Agent in the cell Agent layer finished the task by cooperation and executed the first step of distribution. The execution Agent layer was responsible for the hardware and software in RE system. According to the local resources information and current status, the CAs in this layer accepted the tasks assigned by the cell Agents and resolved the tasks. Agents in the same layer were in distributed structure and equal cooperation. The superior and subordinate Agents adopted the master-menial cooperation.