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Integration of 6LoWPAN Networks into IP Networks

Explore the integration of 6LoWPAN networks with the Internet and wireless infrastructure networks to enhance capacity, coverage, and application domains. Discuss various integration scenarios and associated deployment issues, funded by a DoD project. Scenarios include monitoring remote areas with networked sensors and strategies for moving sensor networks. Discover connectivity solutions for remote 6LoWPAN networks within Wide Area IP Networks using SEND, NEMO, and LoWPAN technologies.

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Integration of 6LoWPAN Networks into IP Networks

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  1. Integration of 6LoWPAN into IP networksdraft-cansever-6lowpan-integration-00.txt Derya Cansever Geoff Mulligan Carl Williams

  2. Integration of 6lowpan networks • The integration of 6lowpan networks with the Internet and wireless infrastructure networks increases the network capacity, coverage area and application domains. • We provide various integration scenarios and discuss associated issues with such deployments. • Work was funded by DoD project: “IPv6 Support for Net-Centric Operations Warfare”

  3. Scenario 1 • Goal: To monitor an area using a set of networked sensors. • Sensor Network is deployed in a remote area (No direct connectivity to the outside world) • An end user monitors the situation. Army Network B Marine Network A Stationary sensor network Stationary sensor network

  4. Scenario 2 • Unlike the previous scenario, the Sensor Network can be physically moving. Network D Network C Network B Network A Moving sensor network Moving sensor network

  5. Connectivity Strategy for remote 6lowpan network Wide Area IP Network Marine Network A SEND enabled router NEMO client support LoWPAN Border Router LoWPAN Wireless Sensor Nodes

  6. Conclusion • 6LoWPAN networks may be deployed remotely in non-traditional scenarios. • The IP layer has new requirements to be able to provide access to these 6LoWPAN networks via changing access networks and to do so in a secure manner. • The usage of SeND and NEMO protocols allows 6LoWPAN networks to be fully integrated into a dynamic mobile hetergenous network for ensuring global reachability to the individual 6LoWPAN nodes.

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