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SPIDER

SPIDER. Spatial Proximity IDentification for Environmental Reading. Members . Luke Goetsch (lejg96@hotmail.com) Eliott Rand (erand96@gmail.com) Nicholas Nolting (noltingnicholas@gmail.com) Joey Dominski (JoeyDominski@gmail.com) Daniel Barr (danielwilliambarr@gmail.com)

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SPIDER

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  1. SPIDER Spatial Proximity IDentification for Environmental Reading

  2. Members Luke Goetsch (lejg96@hotmail.com) Eliott Rand (erand96@gmail.com) Nicholas Nolting (noltingnicholas@gmail.com) Joey Dominski (JoeyDominski@gmail.com) Daniel Barr (danielwilliambarr@gmail.com) Jonathon Woods (diesento@yahoo.com)

  3. School High School: East Troy, Wisconsin Class: Extra curricular activity after school

  4. Description As the brave men and women of the Earth continue to explore the great mystery known as space they have a simple problem, keeping track of their tools. Our task: develop a tracking system to help find lost tools and to prevent tools from floating away. Through the use of Radio Frequency Identification (RFID) tags and the provided micro controller, we believe we can accomplish this task. RFID tags can be attached to specific objects and tools due to their small presence. The RFID tags can then be tracked by an RFID reader attached to the microcontroller. Based on whether or not the reader detects the tag, the microcontroller will activate LED lights to alert the astronaut that an object is drifting away. Testing this system in the microgravity environment in which so many tools are lost is crucial. As ambitious as our project is, we hope for it to one day help astronauts in their pioneering of the next final frontier.

  5. Functional Block Diagram Button Power PicKit Programmer Start Program On/Off Code NESI Board LED RFID Reader RFID Tag

  6. Storyboard

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