F15: Laser Security System
Contents
- 1 Project Title
 - 2 Abstract
 - 3 Objectives & Introduction
 - 4 Team Members & Responsibilities
 - 5 Schedule
 - 6 Parts List & Cost
 - 7 Design & Implementation
 - 8 Hardware Design
 - 9 Hardware Interface
 - 10 Software Design
 - 11 Implementation
 - 12 Testing & Technical Challenges
 - 13 My Issue #1
 - 14 Conclusion
 - 15 Project Video
 - 16 Project Source Code
 - 17 References
 - 18 Acknowledgement
 - 19 References Used
 - 20 Appendix
 
Project Title
Laser Security System
Abstract
Objectives & Introduction
Team Members & Responsibilities
Schedule
| Week# | Date | Planned Task | Actual | 
|---|---|---|---|
| 1 | 10/12-10/18 | 
 • Project Approval • Project Research • Purchase all required parts  | 
 • Project Research  | 
| 2 | 10/19-10/25 | 
 • Build Schematics • Order all parts • Test individual components  | 
 • Testing components separately was successful • Waiting on a few components • Diagrams for hardware design were complete  | 
| 3 | 10/26-11/1 | 
 • Begin hardware design interfacing a laser, photo-resistor and SJ One Board • Test the hardware design  | 
 • Started hardware design • Started project report  | 
| 4 | 11/2-11/8 | 
 • Trouble shoot hardware design with • Test the hardware as a whole  | 
 • Realized we needed a transceiver • Waiting on the transceiver before we can continue with the hardware design completion  | 
| 5 | 11/9-11/15 | 
 • Research about Bluetooth communication • Build Bluetooth circuit  | 
 • Received the transceiver • Completed the hardware design • Updated all hardware diagrams • Tested and Debugged the whole system  | 
| 6 | 11/16-11/22 | 
 • Interface Bluetooth communication with SJ One Board • Test the complete hardware interface  | 
 • •  | 
| 7 | 11/23-11/29 | 
 • Test Bluetooth communication with SJ One Board  | 
 • Started software programming for CAN bus and UART interfaces  | 
| 8 | 11/30-12/6 | 
 • Complete the software interfaces for laser, SJ One Board and Bluetooth communication • Implement text message feature with Bluetooth communication  | 
 • Completed the software interfaces for CAN Bus and UART protocol • Started Testing and Debugging  | 
| 9 | 12/7-12/13 | 
 • Finish Debugging • Start writing report • Test system design  | 
 • Completed the debugging phase • Started interfacing the hardware with the software • Tested the device on an actual vehicle • Continued the project report  | 
| 10 | 12/14-12/17 | 
 • Complete system testing • Complete the project report • Demo the project  | 
 • Completed system testing • Created video for presentation • Completed the project report • Presented the project on Thursday, December 17, 2015  |