Management of energy efficient distributed computer systems with self-contained remote modules using multi-agent system

Growth of the electronics that use microcontrollers in distributed information-measuring systems, cause the search for more effective solutions to reduce energy consumption as well as modules usually consume from autonomous energy sources. Prospects of design of the distributed systems with application of parallelizable intellectual methods were considered. Consumption of power resources depending on algorithms of tasks scheduling was analysed. Architecture of multi-agent autonomous component controlled by JADE framework was developed. Power consumption of component of distributed system (Raspberry Pi model B+) under control of multi-agent system was investigated.