Difference between revisions of "F15: Laser Security System"

Revision as of 22:26, 16 December 2015

Project Title

Laser Security System

Abstract

The Laser Security System allows to maintain security in a room by shining a laser across a door's entrance and alerting via bluetooth communication by sending a text message to a smart phone that security has been compromised.

Objectives & Introduction

Team Members & Responsibilities

Emmanuel Gonzalez: Software Implementation and Report Writer

Irlanda Altamirano: Hardware Implementation and Report Writer

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	• Schematics for the overall system is done • Order all parts
3	10/26-11/1	• Begin hardware design interfacing a laser, photo-resistor and SJ One Board • Test the hardware design	• Hardware design implementation started
4	11/2-11/8	• Trouble shoot hardware design with • Test the hardware as a whole	• Hardware design implementation interfacing a laser, photo-resistor and SJ One Board completed
5	11/9-11/15	• Research about Bluetooth communication • Build Bluetooth circuit	• Test the hardware design • Starting software interfacing previous hardware implementation • Read data sheet for Bluetooth communication
6	11/16-11/22	• Interface Bluetooth communication with SJ One Board • Test the complete hardware interface	• Order another board for Bluetooth communication • Research more about Bluetooth communication
7	11/23-11/29	• Test Bluetooth communication with SJ One Board	• Hardware design implementation interfacing a laser, photo-resistor, bluetooth communication and SJ One Board started
8	11/30-12/6	• Complete the software interfaces for laser, SJ One Board and Bluetooth communication • Implement text message feature with Bluetooth communication	• Debugging bluetooth communication interface
9	12/7-12/13	• Finish Debugging text message communication feature • Start writing project report • Test system design	• Started implementing SMS feature with bluetooth communication • Continued the project report
10	12/14-12/16	• Complete system testing • Finish project report	• Debugging SMS/ bluetooth communication • Completed system testing • Created video for presentation • Finish project report
11	12/17	• Demo Project on Thursday, December 17, 2015	• Demo Project completed

Parts List & Cost

Design & Implementation

Hardware Design

Hardware Interface

Software Design

Implementation

Testing & Technical Challenges

My Issue #1

Conclusion

Project Video

Project Source Code

References

Acknowledgement

References Used

Appendix

Quantity	Item	Cost
2	SJ One Board	$80.00
1	Quad-band Cellular Duck Antenna SMA	$7.95
1	RN42-XV Bluetooth Module - PCB Antenna	$24.95
1	Mini Photocell	$1.50
1	SparkFun Cellular Shield - MG2639	$69.95
1	Arduino Uno R3	$24.95
1	LED	$0.10
1	Resistors 8.2K, 2.7K and 1K ohms	$0.20

@@ Line 168: / Line 168: @@
 == '''Parts List & Cost''' ==
+{| class="wikitable"
+|-
+! scope="col"| Quantity
+! scope="col"|  Item
+! scope="col"| Cost
+|-
+! scope="row"| 2
+|SJ One Board
+| $80.00
+|-
+|-
+! scope="row"| 1
+|Quad-band Cellular Duck Antenna SMA
+| $7.95
+|-
+|-
+! scope="row"| 1
+|RN42-XV Bluetooth Module - PCB Antenna
+| $24.95
+|-
+|-
+! scope="row"| 1
+|Mini Photocell
+| $1.50
+|-
+|-
+! scope="row"| 1
+|SparkFun Cellular Shield - MG2639
+| $69.95
+|-
+|-
+! scope="row"| 1
+|Arduino Uno R3
+| $24.95
+|-
+|-
+! scope="row"| 1
+|LED
+| $0.10
+|-
+|-
+! scope="row"| 1
+|Resistors 8.2K, 2.7K and 1K ohms
+| $0.20
+|-
 == '''Design & Implementation''' ==