1. Sensors Cassandra, Gayathri, Rohan, Patrick

2. -Many distractions while driving -Want to dramatically reduce accidents that occur -Try to figure out ways to change a vehicle to make it safer Background

3. -Our primary concern: safety of drivers and those nearby -Human error with driving happens so frequently, we need to focus on how we can manage and control this situation to prevent fatalities Mission

4. -We wanted to create structured sensors to ensure driver is at ease and safe, as well as to ensure the safety of others. -We want to provide an efficient and reliable solution to increase safety on the roads. Mission

5. 1.Efficient 2.Economic 3.Style 4.Safety of Driver 5.Safety of Others 6.Accuracy 7.Reliability 8.User-Friendly 9.Non-Intrusive 10.Accessibility Customer Needs

6. ● energy efficient ● self-manageable ● eco-friendly ● affordable ● common materials ● cheap to fix ● sleek ● not noticeable ● modern ● speed of brakes ● brakes smoothly ●no distractions ● frequency interference ● precise ● scanning ● equation ● always works ● simple design ● manual operation ● automatic ● quiet ● not an annoyance ● easy to fix ● not connected complexly ● easy to install Meeting Our Customer Needs

7. Patents: ❖ Based on a toy car model, it connects the sensor with the driving circuit. Whenever there is an obstacle in the way, the car automatically comes to a hault. ➢ https://www.google.com/patents/CN202355839U?cl=en&dq=senso r+for+car+obstacles&hl=en&sa=X&ei=jfJQVJKXAYLCsATQ3YKYCw& ved=0CB8Q6AEwAA https://www.google.com/patents/CN202355839U?cl=en&dq=senso r+for+car+obstacles&hl=en&sa=X&ei=jfJQVJKXAYLCsATQ3YKYCw& ved=0CB8Q6AEwAA Exploration of Ideas

8. ❖ Car reverse radar that automatically modifies the sensor scanning range and method of the same. It can determine the distance between the car and obstacles behind the rear of the vehicle. Exploration of Ideas Continued

9. ❖ Obstacle detection system that alerts the driver of a vehicle when there is an obstacle in a the track of the vehicle. This system incorporates a video camera for the system’s sensor. Exploration of Ideas Continued

10. ❖ Automatic parking device for automobile: A device is mounted onto the car to help the driver parallel park more accurately. The device determines distance from the curb, when to turn the wheel to get into the space and how much room the car will have in front of as well as behind it. Exploration of Ideas Continued

11. ❖ Smart blind spot sensor with object ranging: a radar system for sensing the presence of obstacles in the “blind spots” that every vehicle has. It transmits a multi-frequency radio signal directed at blind spots of the vehicle. The signal is reflected off of obstacles that are in the blind spot direction. Exploration of Ideas Continued

12. ❖ Sleep detector/driver alert-compact storage attached around the rearview mirror & dash; detects early impending sleep via body temperature & breathing patterns; alerts driver when falling asleep through noise and words Exploration of Ideas Continued

13. ❖ Parking Assist system- detects when vehicle has passed an open area to park; emits radio/ultrasonic waves; determines distance between cars and between curb; gives direction when to turn wheel, etc. Exploration of Ideas Continued

14. ❖ Lane Change: assist system to reduce effort and stress; assesses situation; gives options to pass on road; estimates different driving alternatives according to signals from a main vehicle sensing device; gives driving alternatives including ones to stay in the current lane. Exploration of Ideas Continued

15. Drawing Diagram

16. ●Customer needs collection and ranking ●Determine criteria using patents ●Assign values of importance for each ●Calculate weightage ●Rank criteria AHP

17. ●Results

18. ●Safety of Driver ●Safety of Others ●Reliability Concept Generation Table

19. Safety of Driver

20. Safety of Others

21. Reliability

22. Design Result

23. ●Decreases the risk of collision caused by human error. ●Makes driving easier ●Affordable ●Reliable Final Product - 360 degree sensors

24. Block Diagram

25. Our finished product: -not difficult to use -self-manageable -improve safety on the roads -keeping drivers alert -non-intrusive -hope to: - improve the quality of driving -provide a solution to prevent fatal mistakes Conclusion

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