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In this paper, complex network theory is used to generate robust scale-free topology for wireless sensor networks (WSNs). Nodes in WSNs consume energy in two stages: network generation and network operation. Existing scale-free models for WSNs focus on the energy in the first stage. However, sensors consume most energy in the second stage. This paper proposes a method called flow-aware scale-free...
Emerging techniques and systems for Wireless Sensor Network (WSN) are developed in the last decade for various application fields. In WSN, the sensor nodes are usually distributed over a large area and are powered by batteries with limited energy, maintaining a long service lifetime for the entire network becomes a challenging task. In this paper, a novel battery aware MAC analytical model is proposed...
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