OPTIONAL LOGO HERE Semi-autonomous Robots and Efficiency Through Internet Access Victor Barriga victor. t. barriga@gmail. com Southwestern College Computer Science NSF Grant # DUE 0653234 Roberto Gomez gomez. roberto. jr@gmail. com San Diego State University Computer Engineering NSF Grant # DUE 0653277 Robotics Project: Method Robotics Project: Results Conclusions • Research was conducted on the i. Robot Create® mobile robotic platform because it is cost effective, widely used, and provides an easy and open development system. • The i. Robot accepts a large number of commands used to change direction and speed, indicator lights, and song playback. The experience of working on these research projects have provided us with a deeper understanding about our chosen major. Introduction This presentation provides summaries of two projects in the area of intelligent robots and information technology. In today’s industry there are many applications that require the use of sophisticated, intelligent robots that can gather environmental data, independently make decisions, and communicate with other devices. This research project explores such possibilities in robotics. The goal is to develop a semi-autonomous, mobile robot with spatial recognition and wireless communication capabilities. Having a presence on the Internet is essential in today's world, That is why the Retired Senior Volunteer Patrol decided to establish a presence on the internet. On the website they can share information with the community about the services they provide and give information on how to join to be a patrol member. Furthermore, the website will also function as a way for the members to view and assign their patrol shifts. . • To control the i. Robot platform , an Arduino Mega microcontroller communicates with it via a serial connection. • The software used in the microcontroller is C code. • In addition to those included on the platform, • PHP: Hypertext Preprocessor was selected to handle the server side of the website and • Joomla was selected as the content management system that will allow to add content more easily to the website without manually changing the HTML of the website. • When the robot detects objects within 6 inches, it stops, rotates, and continues moving forward LV-Max. Sonar®-EZ 1 ultrasonic sensors are used for object detection and avoidance. Semi-autonomous robot during testing phase Internet Project: Results • Internet Project: Method • j. Query was use to create the front end of the website to make it functional for members to schedule their patrol days and to manage • The microcontroller collects readings from the ultrasonic sensors, interprets it into measurement data, and instructs the platform how to move A website was created to meet the needs of the Retired Senior Volunteer Patrol that would allow a patrol volunteers to set hisher own patrol dates and to obtain information on upcoming training days • The website allows people from the community to obtain more information about the San Diego Eastern Division Retired Senior Volunteer Patrol These projects demonstrate that (a) an intelligent robot can be built in little time with impressive features by using easily attainable hardware and (b) the use of the internet can provide fast and efficient communication between RSVP members and the community. Future milestones of the robotics project include object avoidance mobility and self docking capability to recharge batteries. Further, future activities in the Internet project involve the use of an automated emailing system for member patrol scheduling. Acknowledgments Block diagram of components and interconnections of robot • JQuery prove to be a good choice as a javascript framework because it allow me to add more functionality with writing less javascript code. ` • Microsoft Expressions Web was use to create and edit the source code for the website. We were given a chance to grow with each new challenge presented by having participated in this internship The ultrasonic sensors are fairly accurate, usually within 1 or 2 in. A special thanks to the National Science Foundation (NSF) and the Lipp Family Foundation for funding our research. Also we would like to thank the San Diego MESA Alliance (SDMA) for providing this educational research opportunity. Furthermore we would like to thank Eric Pamintuan, Dr. Raga Bakhiet, Bob Mazeika and Professor Gordon Lee for providing us with the opportunity to learn hands-on in our field of interest and See. You Systems, Senior Design Project, SDSU Elect. and Comp. Engr. 2011
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