1. WEB PI ROVER TEAM : SHAIK SHARIFA V KUSHAL P SRIDHAR PROJECT GUIDE : Mrs. ARCHANA

2. GETTING STARTED SO THE QUESTION FOR ME IS HOW DO WE EXPLORE THE DANGEROUS OR INACCESSIBLE ENVIRONMENT IN OUR NEIGHBOURHOOD ?

3. BASIC AIM ❏ TO OPERATE A BOT WHICH CAN MAKE US TO KEEP AN EYE OUT AND BEWARE OF SURROUNDINGS.

4. THE MAKING OF WEB PI ROVER play

5. BUILDING BLOCKS ●RASPBERRY PI ●WEB CAMERA ●Wi-Fi ADAPTER ●MOTOR DRIVER ●DC MOTORS and ●A POT OF PROGRAMMING

6. WHY RASPBERRY PI ? CHEAPER (35$) (general point of view) EASY TO USE OPEN SOURCE DECENT PROCESSING GPU- GPU-Dual Core VideoCore IV

7. BLOCK DIAGRAM RASPBERRY PI POWER SUPPLY CAMERA CLIENT DEVICE MOTOR DRIVER DC MOTORS Wi-Fi ADAPTER REMOTE ACCESS

8. PROGRAMMING

9. WebIOPi WebIOPi is a framework which allows to control Raspberry Pi’s GPIO from a browser. It’s written in JavaScript for the client and in Python for the server.

10. WebIOPi

11. We have customized and built our own web app for WEB PI ROVER. We used GPIO Pins 9,10,23 and 24 to control motors

12. Final Product after makeover

13. APPLICATIONS Perceive wild life meticulously. As a spy bot in military operations. For surveillance (monitoring/security).

14. CONCLUSION  THIS IS HOW WE CAN ACHIEVE TO SIGHT DANGER AND INACCESSIBLE ZONES AS SIMPLE  THEREBY ALSO USE IT FOR MONITORING AIM AND ALSO FOR SECURITY APPLICATIONS

15. REFERENCES www.raspberrypi.org www.themagpi.com https://code.google.com/p/webiopi learn.adafruit.com/category/raspberry-pi ‎ http://www.element14.com/community/com munity/raspberry-pi https://www.youtube.com/watch?v=3- 13NSDqIzA

17. ANY QUERIES?