TTDD: A Two-tier Data Dissemination Model for Large- scale Wireless Sensor Networks Haiyun Luo Fan Ye, Jerry Cheng Songwu Lu, Lixia Zhang UCLA CS Dept.

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Presentation transcript:

TTDD: A Two-tier Data Dissemination Model for Large- scale Wireless Sensor Networks Haiyun Luo Fan Ye, Jerry Cheng Songwu Lu, Lixia Zhang UCLA CS Dept.

MOBICOM'02 Outline Data dissemination to mobile sinks Two-tier query and data forwarding Performance evaluation Related work Conclusion

MOBICOM'02 Sensor Network Model Source Stimulus Sink

MOBICOM'02 Mobile Sink Excessive Power Consumption Increased Wireless Transmission Collisions State Maintenance Overhead

MOBICOM'02 Challenges Battery powered sensor nodes Communication via wireless links Bandwidth constraint Load balancing Ad-hoc deployment in large scale Fully distributed w/o global knowledge Large numbers of sources and sinks Unexpected sensor node failures Sink mobility No a-priori knowledge of sink movement

MOBICOM'02 Goal, Idea Efficient and scalable data dissemination from multiple sources to multiple, mobile sinks Two-tier forwarding model Source proactively builds a grid structure Localize impact of sink mobility on data forwarding A small set of sensor node maintains forwarding state

MOBICOM'02 TTDD Basics Source Dissemination Node Sink Data Announcement Query Data Immediate Dissemination Node

MOBICOM'02 TTDD Mobile Sinks Source Dissemination Node Sink Data Announcement Data Immediate Dissemination Node Immediate Dissemination Node Trajectory Forwarding Trajectory Forwarding

MOBICOM'02 TTDD Multiple Mobile Sinks Source Dissemination Node Data Announcement Data Immediate Dissemination Node Trajectory Forwarding Source

MOBICOM'02 Grid Maintenance Issues: Handle unexpected dissemination node failures Efficiency Solutions: Source sets the Grid Lifetime in Data Announcement DN replication: each DN recruits several sensor nodes from its one-hop neighbor, replicates the location of the upstream DN DN failure detected and replaced on-demand by on-going query and data flows

MOBICOM'02 Grid Maintenance Source Dissemination Node Data Immediate Dissemination Node X

MOBICOM'02 Grid Maintenance (cont’d) Source Dissemination Node Data Immediate Dissemination Node X

MOBICOM'02 Performance Evaluation Compare with sink-oriented data dissemination approaches Communication overhead State maintenance complexity

MOBICOM'02 Ns-2 Simulation Metrics Energy consumption, delay, success rate Impacts of Cell size Number of sources and sinks Sink mobility Node failure rates

MOBICOM'02 Related Work SPIN (Mobicom 1999) Data dissemination to all sensor nodes Directed Diffusion, DRP, GRAB (2000) Flat dissemination structure, stationary sinks GAF (Mobicom 2001) Turn off redundant nodes in MANET Pre-defined grid, cell size determined by radio Ad hoc network clustering Node mobility causes high infrastructure maintenance overhead

MOBICOM'02 Conclusion TTDD: two-tier data dissemination Model Exploit sensor nodes being stationary and location-aware Construct & maintain a grid structure with low overhead Proactive sources Localize sink mobility impact Infrastructure-approach in stationary sensor networks Efficiency & effectiveness in supporting mobile sinks