Dynamic explicitly specified behaviors in distributed agent-based industrial solutions

摘要: Currently, the manufacturing domain is primarily characterized by flexibility, adaptability and robustness of production system. The flow processes lead to shorter cycle times efficiently meet customer needs. Mentioned features can be more easily achieved in a distributed system, such as holonic or multi-agent which becomes strongly influenced advancement semantic technologies. In majority existing based control systems, are responsible for acting, sensing, computing planning, ontology (necessary knowledge bases communication) usually hard-coded directly agent code. this case, system behavior hardly maintained--usually reprogramming needed from time satisfy requirements. paper we discuss necessity explicit definition both declarative procedural propose handling. Sharing distribution discussed illustrated on an implemented transportation example. We also introduce utilization architecture specification failures patterns handling smart grid configuration scenario. Such solution greatly increases possibility integration, openness, extensibility, all without having restart running topic shows ability dynamic reconfigurable participate development industrial systems solutions.