1. The Secure, Automated Home Project Team: Alec Kulbacki Project Advisor: W. Thomas Miller

2.  People expect more from of their possessions  Basic security systems have limited functionality  Creating a basic system then adding additional peripherals will appeal to consumers Background:

3.  There will be a wide range of peripherals.  The system will be complicated.  Must find a way to integrate every device. Problem to be Addressed:

4.  Design program to control all of the peripherals.  Run code on a laptop computer.  Utilize basic microcontroller to aid in communication. Proposed Solution:

5.  Primary:  Design security system with home automation functions  Select devices to be used  Establish a way for all devices to communicate with the system.  Secondary:  Allow devices to communicate wirelessly  Add GSM connectivity to the system Objectives:

6.  Security:  Break in Detection  Hazard Detection  Keypad or Fingerprint Reader Features:  Automation:  Home Tracking  Light Automation  Door Automation  Mobile Soundtrack

7. Burglary Detection  Primary security function  Hall effect sensors at windows and doors  Detect variations in electromagnetic field.

8. Hazard Detection  Smoke Detectors  Traditionally Standalone  Smaller integrated circuit detectors.  Can be linked to microcontroller.

9. Arming / Disarming  Standard Keypad  Easy to interface  Fingerprint Reader  More difficult to store image  SMS keyword from registered number

10. Home Tracking  Sensors placed at each door  Laser sensors  Too expensive  Ultrasonic motion detectors  Less expensive option

11. Light Automation  Will rely heavily on home tracking system  Will implement simple voltage divider with photoresistor in order to detect night/day.

12. Door Automation  Will be simulated  Small bidirectional motor will represent motorized door  Controlled using pulse width modulation

13. Mobile Soundtrack  Music will follow individual being tracked  Master sound system connected to multiple speakers  Transmission gates will toggle speakers on/off

14. Indirect Communication:  Computer will communicate with basic microcontroller  Microcontroller will also communicate with devices  Certain analysis may be done on microcontroller

15. GSM Module  Global System for Mobile Communication  Allows SMS communication  Costly

16. Wireless Communication:  Can be linked to devices for wireless communication  Can be connected via USB  Will increase price tag on project

17.  Design of security system with additional functions  Selecting components  Evaluating their behavior  Writing appropriate code to drive peripherals  Integration of all devices involved  Indirectly connect devices to computer using microcontroller or wireless devices Conclusion:

18. Schedule:

19. Questions?