DRMA: A Dynamically Reconfigurable Management Architecture for Wireless Sensor Networks ∗
TL;DRAbstract
Wireless sensor networks (WSN) is uniquely characterized by its limited resources and often deployed in remote and harsh environments. It is highly dynamic, prone to faults and usually kept unattended. Therefore, proper management of WSN and its limited resources is highly desirable for an effective and efficient functioning of the network. By introducing state machines and publish/subscribe scheme, a light-weight and dynam- ically reconfigurable management architecture for WSN is proposed, which is called DRMA. By dynamically config- uring the data collection mode and processing method, it supports application dynamics and new application addi- tions, which in practice are very desirable to make applica- tions better meet a big diversity of real needs. The result of simulation shows that DRMA can collection and process data timely and accurately.
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Wireless sensor networks (WSN) is uniquely characterized by its limited resources and often deployed in remote and harsh environments. It is highly dynamic, prone to faults and usually kept unattended. Therefore, proper management of WSN and its limited resources is highly desirable for an effective and efficient functioning of the network. By introducing state machines and publish/subscribe scheme, a light-weight and dynam- ically reconfigurable management architecture for WSN is proposed, which is called DRMA. By dynamically config- uring the data collection mode and processing method, it supports application dynamics and new application addi- tions, which in practice are very desirable to make applica- tions better meet a big diversity of real needs. The result of simulation shows that DRMA can collection and process data timely and accurately.
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