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To make VSNs a reality, a number of mechanisms for VSN maintenance (e.g., adding/deleting nodes, entering/leaving a VSN, and merging/splitting of VSNs) and membership maintenance (e.g., dynamic (re)assignment of sensor roles) must be developed.
A Wireless Sensor Network (WSN) design often requires the decision of optimal locations (deployment) and transmit power levels (power assignment) of the sensors to be deployed in an area of interest.
In [27], the problem of determining a connection assignment of the sensors in a WSN is considered.
In this paper, we have addressed the problem of building a connection assignment of the sensors in a WSN in order to ensure an energy-efficient test procedure.
The present work considers the problem of building a connection assignment of the sensors in a WSN in order to ensure an energy-aware diagnosable system.
An energy-efficient Wireless Sensor Network (WSN) design often requires the decision of optimal locations (deployment) and power assignments of the sensors to be densely deployed in an area of interest.
The tasks are queued for assignment to sensor nodes based on LST.
No careful alignment of sensors.
This rate allocation represents the low efficiency, low-overhead end of all possible rate assignments to sensor nodes.
An algorithm for the assignment of tests among the sensors of a WSN that ensures the desired system diagnosability and that is aware of energy consumption.
This work presents an algorithm for the assignment of tests among the sensors of a WSN that assures the desired system diagnosability and that is aware of energy consumption.
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