Energy-Efficient Protocol for Cooperative Networks IEEE/ACM Transactions on Networking, Apr. 2011 Mohamed Elhawary, Zygmunt J. Haas Yong Zhou 2012-07-19.

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Presentation transcript:

Energy-Efficient Protocol for Cooperative Networks IEEE/ACM Transactions on Networking, Apr Mohamed Elhawary, Zygmunt J. Haas Yong Zhou

2/16 Outline  Introduction  Cooperative Protocol  Protocol Robustness and Energy Efficiency  Simulation Results  Conclusions

/16 Introduction  Wireless sensor networks: limited energy resources  Cooperative transmission: Virtual antenna array Diversity gain Energy efficient

/16 Cooperative Protocol - CwR  Cluster head, sending cluster, receiving cluster  Path width  Two phases: routing (AODV), recruiting-and- transmitting

/16 Assumptions  Sending nodes are synchronized  Receiving power is the sum of all the signal powers coming from all the senders

/16 CAN

/16 Recruiting Phase

/16 BER-MISO

/16 Protocol Robustness (1)  Denote the transmission pattern of nodes in a sending cluster by a binary representation b m-1 … b 1 b 0 according to which node j transmits if b j = 1 and does not transmit if b j = 0.  Similarly, denote the reception status of nodes in a receiving cluster by a binary representation b m-1 … b 1 b 0 according to which node j correctly receives the packet if b j = 1 and receives the packet in error if b j = 0.

/16 Protocol Robustness (2)

/16 Protocol Robustness (3)

/16 Other Protocols  Disjoint-paths:  One-Path

/16 Failure Probability

/16 Energy Consumption  To make the comparison of energy consumption of any two schemes meaningful, the failure probability needs to be kept equal for the compared schemes.  Thus, the needed transmission power for each case can be calculated according to the analysis of robustness.

/16 Power Ratio

/16 Conclusions  Propose an energy-efficient cooperative protocol  Analyze the robustness and energy consumption of the protocol

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