1. Group Members Frederick Tyson Ike Mogbana Advisor Prof. Mahmood May, 10 2006 Senior Project 2005/06 Final Presentation MICROMOUSE SECURITY SYSTEM

2. Project Logo A micromouse in motion A micromouse in motion

3. Overview The goal of this project is to The goal of this project is to design a self- contained, electrically powered vehicle called a Micromouse design a self- contained, electrically powered vehicle called a Micromouse integrate a camera onto the Micromouse integrate a camera onto the Micromouse And to program the Micromouse to avoid obstacles And to program the Micromouse to avoid obstacles

4. Original Idea The mouse find its way through a maze and back, to the starting point within a specific time frame. The mouse find its way through a maze and back, to the starting point within a specific time frame. Turn 360 0 in a grid space of the maze Turn 360 0 in a grid space of the maze Must be able to turn left and right periodically Must be able to turn left and right periodically

5. Mouse Main Components Microcontroller Microcontroller Stepper Motors Stepper Motors Sensors Sensors Chassis Chassis Processors Processors

6. Example of a Micromouse maze

7. Internal Components of a Micromouse

8. Mouse Design Features A HexAvoider is a programmable mobile robot designed to move independently. A HexAvoider is a programmable mobile robot designed to move independently. It uses infrared emitters and receivers to "sense" its environment. It uses infrared emitters and receivers to "sense" its environment. The two antennas are used to sense obstacles. The two antennas are used to sense obstacles. The HexAvoider is programmed using C language. The HexAvoider is programmed using C language.

9. Mouse Design Features It is programmed on a PC and downloaded onto the chip using FLASH memory. It is programmed on a PC and downloaded onto the chip using FLASH memory. There is an option of including a RF module in the HexAvoider's construction. There is an option of including a RF module in the HexAvoider's construction. With this, the operator can directly control HexAvoider's movements from his PC. With this, the operator can directly control HexAvoider's movements from his PC.

10. Hexavoider serving as Mouse Final design without the security camera

11. Programmer for the 89C51/52/55

12. Camera Wireless video camera Wireless video camera Send life video to a VCR Send life video to a VCR

13. Adaptation into a security device Camera is mounted onto the micromouse Camera is mounted onto the micromouse It is powered using a 9Volts battery It is powered using a 9Volts battery Reprogrammed to avoid any obstacle instead of just solving the maze Reprogrammed to avoid any obstacle instead of just solving the maze Using the Hexavoider to get a wider viewing range while mouse is moving Using the Hexavoider to get a wider viewing range while mouse is moving

14. Camera integrated on mouse Finished product Finished product

15. Future Work A remote control or remote trigger of the security device A remote control or remote trigger of the security device Sound activation of the device Sound activation of the device Wireless video and sound relay to a browser Wireless video and sound relay to a browser

16. Conclusion Since the invention of robots, it has opened up a wide range of applications – leisure(toy cars), human assistance(micromouse) Since the invention of robots, it has opened up a wide range of applications – leisure(toy cars), human assistance(micromouse) This micromouse if implemented in high security facilities will relieve human presence and dangers This micromouse if implemented in high security facilities will relieve human presence and dangers With more work, the micromouse can be adapted to assist in other works of life With more work, the micromouse can be adapted to assist in other works of life Website: www.bridgeport.edu/~ftyson Website: www.bridgeport.edu/~ftyson

17. Questions?