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Cooperative Communication Scheme Based on channel Characteristic for Underwater Sensor Networks
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 Title & Authors
Cooperative Communication Scheme Based on channel Characteristic for Underwater Sensor Networks
Ji, Yong-Joo; Choi, Hak-Hui; Lee, Hye-Min; Kim, Dong-Seong;
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 Abstract
This paper presents a cooperative transmission scheme for underwater acoustic sensor networks to improve packet transmission rate and reduce energy consumption. Source node transmits duplicated information relayed by distributed antennas called a virtual antenna array. Destination node combines that information to reduce packet error rate. The suggested cooperative scheme enhances the reliability by providing high diversity gains through intermediate relay nodes to overcome the distinct characteristics of the underwater channel, such as high transmission loss, propagation delay, and ambient noises. It is suggested that the algorithm select destinations and potential relays from a set of neighboring nodes that utilize distance cost, the residual energy of each node and local measurement of the channel conditions into calculation. Simulation results show that the proposed scheme reduces average energy consumption, response time, and increases packet delivery ratio compared with the SPF(Shortest Path First) and non-cooperative scheme using OPNET Moduler.
 Keywords
Underwater acoustic sensor networks(UWASN);cooperative networks;diversity gains;signal-to-noise ratio(SNR);packet delivery ratio;
 Language
Korean
 Cited by
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