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3D Position Recognition with Zigbee

3D Position Recognition with Zigbee. 06T0007 Hiroshi OHSUGA. Outline. Detail of architecture Zigbee Programming TODO Conclusion. Detail of architecture. Architecture. My approach. Zigbee. IP (Wireless) LAN. Environmental Zigbee (s). Human Zigbee ( Sink ). Server. Request.

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3D Position Recognition with Zigbee

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  1. 3D Position Recognitionwith Zigbee 06T0007 Hiroshi OHSUGA

  2. Outline • Detail of architecture • Zigbee Programming • TODO • Conclusion

  3. Detail of architecture

  4. Architecture • My approach Zigbee IP(Wireless) LAN EnvironmentalZigbee (s) Human Zigbee(Sink) Server Request Sendsignalconstantly

  5. Architecture • My approach Human Zigbee(Sink) mobile device (J2ME) or PC (J2SE) Zigbee Node (Tiny OS) +

  6. Architecture • My approach Human Zigbee(Sink) mobile device (J2ME) or PC (J2SE) Zigbee Node (Tiny OS) Serial Port +

  7. Zigbee Programming

  8. Environment • Cygwin on Windows XP • development environment • TinyOS • Zigbee side runtime environment

  9. Language • nesC • C like language • *.nc

  10. Step • Write nesC code • Compile for Zigbee on cygwin • with ‘make’ command • it’s cross platform compilation • Upload to Zigbee(MICAz) • with mib600 (programming board) • over the LAN or over the network

  11. TODO

  12. Research • Link Quality Indication (LQI) • Received Signal Strength Indicator (RSSI) • Serial port communication on J2ME

  13. Conclusion

  14. Conclusion • J2ME + Tiny OS ( Human side devise) • Communicating with serial port • Tiny OS is an environment of Zigbee • Development in nesC language • Research LQI , RSSI and J2ME Serial port programming

  15. Thank you for listening

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