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Enhanced Cricket Compass with Ad hoc network

Enhanced Cricket Compass with Ad hoc network Computer Science 20013901 Kisuk Kweon Introduction Cricket Compass Determine the orientation and location indoors Active beacons, passive sensors, and associated software algorithms Beacons on ceiling RF + Ultrasonic Pulse Cricket listener

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Enhanced Cricket Compass with Ad hoc network

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  1. Enhanced Cricket Compass with Ad hoc network Computer Science 20013901 Kisuk Kweon

  2. Introduction • Cricket Compass • Determine the orientation and location indoors • Active beacons, passive sensors, and associated software algorithms Beacons on ceiling RF + Ultrasonic Pulse Cricket listener with RF and ultrasonic sensors Mobile device

  3. Problem Definition • Using many beacons in large place causes much cost and interference between them Interference can be happened

  4. Motivation • Reducing the number of beacons while covering all area in the building Applying ad-hoc network to the cricket compass

  5. Approach • Devise a novel protocol for the Cricket Compass, Enhanced Cricket Compass • Make a simulation so as to show how many beacons can be reduced using ns2 • Schedule • ~ 10. 14 : survey more about the existing cricket compass • ~ 11. 11 : devise a novel protocol • ~ 12. 9 : make a simulation and report

  6. Reference [1] “The Cricket Compass for Context-Aware Mobile Applications” Nissanka B. Priyantha, Allen K. L. Miu, Hari Balakrishnan, and Seth Teller MobiCom2001 [2] “Dynamic Source Routing in Ad-Hoc Wireless Networks” David B. Johnson, David A. Maltz The book, “Mobile Computing” [3] “On-Demand Routing in Multi-hop wireless Mobile Ad Hoc Networks” David A. Maltz

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