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Team BIKES

Team BIKES. ( B ikeshare I ncorporating K eyless E ncrypted S martlocks ). Team Thesis Proposal Defense | 02/17/14 Mentor : Dr. Robert Newcomb | Experts: Ms. Valerie Goubeau

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Team BIKES

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  1. Team BIKES (BikeshareIncorporating Keyless Encrypted Smartlocks) Team Thesis Proposal Defense | 02/17/14 Mentor: Dr. Robert Newcomb | Experts: Ms. Valerie Goubeau Members: Luke Boegner, Peter Cho, Kyle King, Nicholas Fleming, Tyler Gilman, Eric Huang, Joshua Lafond, Nathaniel Kruder, Tim McLaughlin, Isaac Noh, William Poh, Emily Ruppel, Libby Wei Introduction Survey RFID Locking Geolocation Misc.

  2. Introduction Bikesharesare a force for change • Relatively new trend • Promotes healthy lifestyles and sustainability Capital Community Bikeshare Lansing, Michigan Capital Bikeshare Greater Washington DC Survey RFID Locking Geolocation Misc.

  3. Introduction • Problems • Current bikeshare designs are not made for college campuses Docks are inconvenient for short commutes • Theft Survey RFID Locking Geolocation Misc.

  4. Introduction Solution: a “stationless” bikeshare powered by smartlocks • Eliminates docking stations • Easy to implement • Convenient for travelling needs in college campuses • Improved theft prevention Survey RFID Locking Geolocation Misc.

  5. Introduction Our approach: 4 subgroups Develop questions & designate focus groups Website development Survey Implemen-tation Data analysis & application Obtain IRB approval RFID Investigate available devices Hardware performance testing Design & produce the RFID system for our bicycle Locking Research & obtain existing bike locks Mechanism testing Design & produce the lock for our bicycle Material testing Geolocation Finalize the geolocation system for our bikeshare Select & obtain telecom hardware Telecom system testing Survey RFID Locking Geolocation Misc.

  6. Introduction Our goal: a proof-of-concept Survey RFID Locking Geolocation Survey RFID Locking Geolocation Misc.

  7. Survey Understand what the community really needs so we can precisely address these problems through our designs Develop questions & designate focus groups Implemen-tation Data analysis & application Obtain IRB approval Introduction RFID Locking Geolocation Misc.

  8. RFID Determine a user identification system that offers a good balance between usability and power consumption Investigate available devices Hardware performance testing Design & produce the RFID system for our bicycle Introduction Survey Locking Geolocation Misc.

  9. Locking Discover the most resilient and practical combination of material & design for bicycle locks Research & obtain existing bike locks Mechanism testing Design & produce the lock for our bicycle Material testing Introduction Survey RFID Geolocation Misc.

  10. Geolocation Provide a computerized platform to aid in management and maintenance of the bikeshare Website development Finalize the geolocation system for our bikeshare Select & obtain telecom hardware Telecom system testing Introduction Survey RFID Locking Misc.

  11. Budget • Budget breakdown: Introduction Survey RFID Locking Geolocation

  12. Outreach • Applied for the UMD Sustainability Grant Introduction Survey RFID Locking Geolocation

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