Forward Migration of an Active Rule Mobile Agent using the Meta_data

Abstract

Since a migration method of the mobile agent is a factor that affects the overall performance of the entire distributed system, it is necessary to find efficient migration methods of the mobile agent within the sensor network and to collect and store data related to various components(server, sink and sensor node) of the sensor network, thereby providing consistent naming services. Accordingly, this paper presents design and implementation of MetaTable that is divided into MetaData where information on the sensor data server is stored and SubMetaData where various types of information on sink nodes and data on sensor nodes connected with the sink nodes is stored. Moreover, the paper also presented the implementation of forward migration of an active rule mobile agent applying the naming method based on RMI that used the meta_table and proposed the possibility of constructing efficient sensor network application environment. In this paper, for registration, release and retrieval methods suitable for new sensor network environment, we designed and implemented the naming agent by applying J2EE model based on RMI-IIOP(Internet Inter-ORB Protocol) technique. 키워드에이전트 미들웨어, 이동에이전트, 정 방향 이주, 메타데이터

Active Rule Manager for the Mobile Agent Middleware System

“…6 shows that the migrated mobile agent acquires current sensor data, transmits it to the sink node and executes the loaded rule. The loaded active rule is that the mobile agent migrates to the highest priority node following the given priorities and eliminates the redundant sensing data at the corresponding sensor node using the Redundant Data Elimination Algorithm [9]. For the experiment, we defined the elimination of sensor data as the difference between the sensing data(localData)…”