An Efficient Mobile Agent Paradigm Based Remote Transferring and Interaction Model of Complez Control Flows
To improve the flexibility and robustness of interactions with the distributed working units for large-scale manufacturing productions and distributed hosts of ad hoc networks is the foundation of implementing automatic control. Incorporating the mobile agent paradigm with automatic control systems, the new transferring and interaction model can smooth over the faults in existing systems in many ways. With the model proposed in this paper, field experts can make control decisions and planning in accordance with the real time status of multiple distributed units interconnected with low bandwidth communication channels. Complex controls flows represented by series of tuples which consist of control primitives, operation conditions and targets are transferred and accomplished locally by mobile agents in order to efficiently implement remote control, fault diagnosis and recovering. During implementing the control flow, the times of interaction between domain expert and remote control center can be reduced and the response time of the system can be markedly improved.
control flows mobile agents distributed control distributed computing
YU Jianhua HAN Guodong LI Nan
Department of Electrical Engineering, Ordnance Engineering College, ShiJiaZhuang, 050003, China
国际会议
第八届国际测试技术研讨会(8th International Symposium on Test and Measurement)
重庆
英文
2444-2447
2009-08-01（万方平台首次上网日期，不代表论文的发表时间）