A Cooperative Lifetime Extension MAC Protocol in Duty Cycle Enabled Wireless Sensor Networks Hongzhi Jiaot, Mary Ann Ingram, Frank Y. Li Milcom 2011.

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Presentation transcript:

A Cooperative Lifetime Extension MAC Protocol in Duty Cycle Enabled Wireless Sensor Networks Hongzhi Jiaot, Mary Ann Ingram, Frank Y. Li Milcom 2011

 Introduction  Problem  Goal  Proposed protocol  CDC-MAC  Simulation  Conclusion Outline

 Duty cycle  Long Network Lifetime Introduction Dormant State Active state

 Duty cycle MAC  Synchronous  S-MAC  DW-MAC  Asynchronous  RI-MAC Introduction

 Cooperative transmission works only when there are mul­tiple active neighboring senders  Successful transmission of the necessary control messages and copies of the data  Ex. OC-MAC Introduction

Problem C C D D E E B B A A

 Using virtual multiple-input-single-output(MISO) transmission Problem C C D D E E B B A A Cooperative transmission

 We also discuss the main goals and challenges of integrating cooperative transmission into a duty cycle MAC protocol  Balance the energy consumption Goal

 CDC-MAC  Rendezvous selection for data transmission  Phase 1: network initialization and rendezvous  Phase 2: Data transmission  Energy-Balance-Oriented scheduling  CDC-MAC-1  CDC-MAC-2 Proposed protocol

CDC-MAC C C D D B B A A

 Rendezvous selection for data transmission  Phase 1: network initialization and rendezvous CDC-MAC C C D D B B Sync ACK Active window ACK Sync W B,0 W B,1 W B,2 W B,3 W B,0

CDC-MAC C C D D B B W B,0 W B,1 W A,1 A A W B,0 W A,1

 Rendezvous selection for data transmission  Phase 2: Data transmission (Non-cooperative transmission) CDC-MAC-1 C C D D B B W B,0 W B,1 W A,1 A A W B,0 W A,1 Data transmissionCooperative decision and competition for channel access

 Energy-Balance-Oriented scheduling  CDC-MAC (regular transmission) CDC-MAC-1

 Rendezvous selection for data transmission  Phase 2: Data transmission (cooperative transmission) CDC-MAC-1 C C D D B B W B,0 W A,1 A A Data transmissionCooperative decision and competition for channel access

 Energy-Balance-Oriented scheduling  CDC-MAC (cooperative transmission) CDC-MAC-1

 Energy-Balance-Oriented scheduling  CDC-MAC-2 (cooperative transmission)  Residual energy CDC-MAC-2

 Area: 500 m x 250m  The energy consumption ratios: 0:1:1.05:1.4 (sleep:idle:reception:transmission) Simulation

 OC-MAC Simulation

 In this paper, a cooperative duty cycle MAC protocol CDC- MAC has been proposed to extend the network lifetime of WSNs  Balance energy consumption  Prolong network lifetime Conclusion

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