Research of mobile agent workflow path dynamic programming method based on social acquaintance network
Gao Jilin, Zeng Guangzhou · 2010
Mobile agent is a software proxy that can migrate continuously between network computing devices and use services locally to implement computing tasks. This paper presents a method of dynamicly programming mobile agent workflow path based on social acquaintance network. We assume that every member in the social acquaintance network, according to the service contract, should provide the runtime environment, computing services and recommendation services based on social acquaintances that are in charge of recommending one or more suitable workplaces to mobile agent. Finally, we give an example to demonstrate that transitive acquaintance relations in the social acquaintance network can guarantee reachability of workflow path and service redundancy in this network can make agent have a good environmental adaptability.