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Joel Feinstein Austin Buchan Ben Morse Teddy Martin

Joel Feinstein Austin Buchan Ben Morse Teddy Martin. Actuation Sensitive Car Brake Light Microcontroller Boards with CAN peripherals acquired Wheel and Pedal simulator found Hall effect sensor and magnet specified Looking for ideal LED/reflector assembly Next Steps

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Joel Feinstein Austin Buchan Ben Morse Teddy Martin

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  1. Joel Feinstein Austin Buchan Ben Morse Teddy Martin

  2. Actuation Sensitive Car Brake Light Microcontroller Boards with CAN peripherals acquired Wheel and Pedal simulator found Hall effect sensor and magnet specified Looking for ideal LED/reflector assembly Next Steps Acquire sensors and outputs Research CAN/OBD-II protocols and vehicle idiosyncrasies Flesh out feature list for adaptive learning/instructive behavior Status Update

  3. Simple data producer – data consumer model LED-Side microntroller handles all state and data manipulation Architecture

  4. Regular Braking Mapping from brake-off to brake-full-on Brake light will grow from center, increasing in size and intensity Adaptive learning to scale the brake light output based on a users brake usage profile “Back Off” Mode A sequence of taps on the brake will flash the brake light for a few seconds alerting a driver behind you to increase following distance Use Cases

  5. Risks & Mitigation

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