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Team 3: Calvin Cruise

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  1. Team 3: Calvin Cruise Adaptive Cruise Control System ENGR 340 May 5, 2007 Relieving Highway Driving Frustration

  2. Outline • Introduction of Project • Design Overview • Project Evaluation • Conclusion • Questions Introduction • Overview • Evaluation • Conclusion

  3. Introduction of project

  4. The Team Introduction of project

  5. Introduction of project Project Overview

  6. Project Requirements Introduction of project

  7. Design Norms Introduction of project

  8. Introduction of project

  9. Introduction – The Team Nate Sportel • Erik Barton • Bryan Bandstra • Chris Vonk • Nate Barker Introduction • Overview • Evaluation • Conclusion

  10. Introduction – The Team Nate Sportel • Erik Barton • Bryan Bandstra • Chris Vonk • Nate Barker Introduction • Overview • Evaluation • Conclusion

  11. Introduction – The Team Nate Sportel • Erik Barton • Bryan Bandstra • Chris Vonk • Nate Barker Introduction • Overview • Evaluation • Conclusion

  12. Introduction – The Team Nate Sportel • Erik Barton • Bryan Bandstra • Chris Vonk • Nate Barker Introduction • Overview • Evaluation • Conclusion

  13. Introduction – The Team Nate Sportel • Erik Barton • Bryan Bandstra • Chris Vonk • Nate Barker Introduction • Overview • Evaluation • Conclusion

  14. Introduction – The Team Nate Sportel • Erik Barton • Bryan Bandstra • Chris Vonk • Nate Barker Introduction • Overview • Evaluation • Conclusion

  15. Introduction – Project Overview Design an Adaptive Cruise Control System • Detects the speed and distance of forward vehicles • Changes the cruise speed of the equipped vehicle • Information displayand push buttoninterface Introduction • Overview • Evaluation • Conclusion

  16. Introduction – Project Overview What are the benefits? Introduction • Overview • Evaluation • Conclusion

  17. Introduction – Project Overview What are the benefits? • Safer driving Introduction • Overview • Evaluation • Conclusion

  18. Introduction – Project Overview What are the benefits? • Safer driving • Possibility of improved fuel economy Introduction • Overview • Evaluation • Conclusion

  19. Introduction – Requirements Primary Requirements Introduction • Overview • Evaluation • Conclusion

  20. Introduction – Requirements Primary Requirements • Detect impeding vehicles • Radar • Laser Introduction • Overview • Evaluation • Conclusion

  21. Introduction – Requirements Primary Requirements • Detect impeding vehicles • Radar • Laser • Compute if a speed change is necessary Introduction • Overview • Evaluation • Conclusion

  22. Introduction – Requirements Primary Requirements • Detect impeding vehicles • Radar • Laser • Compute if a speed change is necessary • Increase or Decrease Speed, if required Introduction • Overview • Evaluation • Conclusion

  23. Introduction – Requirements Secondary Requirements Introduction • Overview • Evaluation • Conclusion

  24. Introduction – Requirements Secondary Requirements • External display Introduction • Overview • Evaluation • Conclusion

  25. Introduction – Requirements Secondary Requirements • External display • Audible warning Introduction • Overview • Evaluation • Conclusion

  26. Introduction – Requirements Design Norms Introduction • Overview • Evaluation • Conclusion

  27. Introduction – Requirements Design Norms • Transparency Introduction • Overview • Evaluation • Conclusion

  28. Introduction – Requirements Design Norms • Transparency • Humility Introduction • Overview • Evaluation • Conclusion

  29. Design Overview

  30. Hardware and Software Design Overview

  31. Processor Design Overview

  32. Radar Design Overview

  33. Display Design Overview

  34. Design Overview Signal Converters

  35. Miscellaneous Design Overview

  36. Software Design Overview

  37. Design Overview

  38. Design Overview Hardware • What is hardware? Introduction • Overview • Evaluation • Conclusion

  39. Design Overview Hardware • What is hardware? • Physical components you can touch: • Processor • Radar Introduction • Overview • Evaluation • Conclusion

  40. Design Overview Software • What is software? Introduction • Overview • Evaluation • Conclusion

  41. Design Overview Software • What is software? • Programs running on hardware • Microsoft Office • Computer games Introduction • Overview • Evaluation • Conclusion

  42. Design Overview Block Diagram Introduction • Overview • Evaluation • Conclusion

  43. Design Overview Processor Introduction • Overview • Evaluation • Conclusion

  44. Design Overview Processor Introduction • Overview • Evaluation • Conclusion

  45. Design Overview Processor Introduction • Overview • Evaluation • Conclusion

  46. Design Overview Processor • What does the processor do? • Brains of the system Introduction • Overview • Evaluation • Conclusion

  47. Design Overview Radar Introduction • Overview • Evaluation • Conclusion

  48. Design Overview Radar Introduction • Overview • Evaluation • Conclusion

  49. Design Overview Radar Introduction • Overview • Evaluation • Conclusion