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An Efficient Data-Driven Routing Protocol for Wireless Sensor Networks with Mobile Sinks. Lei Shi Graduate University of Chinese Academy of Sciences, Beijing Baoxian Zhang hejiang Gongshang University, Hangzhou, Zhejiang Kui Huang
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An Efficient Data-Driven Routing Protocol for Wireless Sensor Networks with Mobile Sinks Lei Shi Graduate University of Chinese Academy of Sciences, Beijing Baoxian Zhang hejiangGongshang University, Hangzhou, Zhejiang Kui Huang Institute of Microelectronics, Chinese Academy of Sciences, Beijing Jian M Beijing University of Posts and Telecommunications, Beijing IEEE ICC 2011
OUTLINE • INTRODUCTION • RELATED WORK • Data-Driven Routing Protocol(DDRP) • SIMULATION • CONCLUSION
INTRODUCTION • Disadvantages • Low network lifetime • High energy consumption Sink node Sensor node Flooding Direction Hotspot
INTRODUCTION • Advantages • hotspot removal, • longer network ifetime • energy use optimizations Sensor node Mobile sinks
INTRODUCTION • Disadvantages • route discovery • Maintenance • Goal • data-driven packet forwarding • random walk
RELATED WORK Sensor node Mobile sinks
RELATED WORK Sensor node Mobile sinks
RELATED WORK • TTDD Source node Sink node Disseminationnode
RELATED WORK • AVRP Mobile sink Source node Sink node
Data-Driven Routing Protocol(DDRP) • One-hop neighboring sensor nodes of mobile sinks (OHS) • Multihop neighboring sensor nodes of mobile sinks(MHS) • Infinite-hop neighboring sensor nodes of mobile sinks (IHS)
Data-Driven Routing Protocol(DDRP) OHS MHS IHS Mobile sinks
Data-Driven Routing Protocol(DDRP) OHS MHS IHS Mobile sinks
Data-Driven Routing Protocol(DDRP) OHS MHS IHS Mobile sinks
CONCLUSION • a data-driven routing protocol for wireless sensor networks with mobile sinks • reduce the protocol overhead compared with existing work • at the same time keep high packet delivery ratio under different scenarios