Spatial-Temporal relation-based Energy-Efficient Reliable routing protocol in wireless sensor networks

@article{Chen2009SpatialTemporalRE,
  title={Spatial-Temporal relation-based Energy-Efficient Reliable routing protocol in wireless sensor networks},
  author={Min Chen and Ted Taekyoung Kwon and Shiwen Mao and Victor C. M. Leung},
  journal={IJSNet},
  year={2009},
  volume={5},
  pages={129-141}
}
Delivering sensory data to the sink reliably in wireless sensor networks (WSNs) calls for a scalable, energy-efficient, and error-resilient routing solution. In this paper, a Spatial-Temporal relation-based Energy-Efficient Reliable (STEER) routing protocol is proposed to achieve the above goals for WSNs. As opposed to the nexthop-selection-first, data-relay-next approach, which is typical in traditional routing protocols in WSNs, STEER reverses these two steps. In unreliable communication… CONTINUE READING

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