Application of Active Rule Based Mobile Agent in Arduino Environment
This paper suggests the applicability of an active rule based mobile agent using the existing mobile agent system in Arduino environment in line with the sensor networks. For this, we design the structures of sensor data table and the possessive information of an agent which are suitable for the Arduino environment, and describe the experimental results of the processing of active rules in sensor nodes based on the sequential migration of a mobile agent. The implemented system is able to optimize the roles and functions of an active rule based mobile agent suitable for the environment and characteristics of sensor network applications. Also, it can provide the rapid adaptability and applicability on dynamic changes of environment in sensor network application through further researches on the extension of experimental environment, development of the various active rules and migration algorithms, securing safety of migration path, and efficient active rule management.
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Document Type: Research Article
Affiliations: Department of Computer Information Engineering, Kunsan National University, Korea
Publication date: November 1, 2016
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