1. Shuttletrack Shuttletrack: GPS on SafeRides With support from MIT-Microsoft iCampus Project

2. Shuttletrack Outline Motivation Overview Team and Expertise Summary

3. Shuttletrack Outline Motivation Overview Team and Expertise Summary

4. Shuttletrack Everyday in a student’s life.. Works late in the night… Late night commute might be dangerous.. MIT saferide Provides a safe ride

5. Shuttletrack Looking around our campus New dorms coming near campus Campus safety issue More demand for saferides

6. Shuttletrack ShuttleTrack MIT Students need a safe transit service Why? Inclement weather and traffic causes delay reliable Solution: GPS tracking of Saferides

7. Shuttletrack Ideally, what people want is…

8. Shuttletrack MIT SAFERIDE VANS MIT COMMUNITY The BIG picture

9. Shuttletrack Seems easy. Haven’t people already done it ? http://directory.google.com/Top/Business/Industries/Telecommunications/Wireless/Location_Based_Services/Vehicle_Tracking/ Google lists over 100 companies* doing GPS fleet tracking. Why not borrow their idea and install on our vans? * Features: CDPD/cellular service Need commercial GIS software Generic nation-wide product Too expensive Maintenance is difficult Not optimal for Saferide

10. Shuttletrack Our approach Advantages: Low cost Low maintenance Building on existing infrastructure EFFICIENT System- specific solution Sustainable in the longer run Can be promoted to other Universities

11. Shuttletrack TIMELINE Develop and test hardware/software over Spring’02 and Summer ‘02 GPS tracking of entire saferide fleet by end of 2002.

12. Shuttletrack Outline Motivation Overview Team and Expertise Summary

13. Shuttletrack Technology Base station GPS on van Web server Radios in vans Mapping (GIS) / Arrival estimationRadio modem

14. Shuttletrack Step 1: Establish Modem Communication Step 2: Send GPS data over radio Step 3: Receive radio transmission Step 4: Check and correct for interference Modem Radio Communications Technology

15. Shuttletrack GPS data to web display gps.log $GPRMC,222923,A,4221.5890,N,07106.6284,W,000.0,041.9,290402,016.0,W*73 $GPGGA,222923,4221.5890,N,07106.6284,W,1,06,2.7,44.5,M,-33.1,M,,*49 $GPGSA,A,3,,,,,,15,17,18,,23,26,29,2.7,2.7,1.0*36 $GPGSV,3,1,12,03,07,320,,06,11,211,31,08,02,029,,09,29,161,*7E $GPGSV,3,2,12,10,21,090,,15,58,302,48,17,73,287,48,18,44,295,48*7C $GPGSV,3,3,12,21,11,285,,23,66,049,44,26,62,048,44,29,70,238,51*77 $GPRMC,222924,A,4221.5892,N,07106.6283,W,000.0,041.9,290402,016.0,W*71 $GPGGA,222924,4221.5892,N,07106.6283,W,1,06,3.1,44.4,M,-33.1,M,,*4D $GPGSA,A,3,,,,,,15,17,18,,23,26,29,3.1,3.1,1.0*36 $GPGSV,3,1,12,03,07,320,,06,11,211,31,08,02,029,,09,29,161,*7E $GPGSV,3,2,12,10,21,090,,15,58,302,48,17,73,287,49,18,44,295,48*7D $GPGSV,3,3,12,21,11,285,,23,66,049,45,26,62,048,44,29,70,238,50*77 $GPRMC,222925,A,4221.5891,N,07106.6282,W,000.0,041.9,290402,016.0,W*72

16. Shuttletrack Arrival time estimation

17. Shuttletrack Outline Motivation Overview Team and Expertise Summary

18. Shuttletrack Team roles Base station Web server GPS on van Radios in vans Mapping (GIS) / Arrival estimation Radio modem Bill Ging ging Terran Terran, Ryan, Sivaram Cordy Project Management: Sriram, Salil Research/Documentation: Nina

19. Shuttletrack Contact info Krishnan Sriram Salil Soman Cordy Crockett Ging Ging Liu Nina Menezes Ryan Tam Sivaram Cheekiralla Technical Advisors: Terran Melconian William Hall John McDonald Shuttletrack@mit.edu

20. Shuttletrack Outline Motivation Overview Team and Expertise Summary

21. Shuttletrack Status report GPS-Modem hardware is setup and tested Radio transmission testing GPS data to web display PROOF-OF- CONCEPT On the anvil: web-serving GPS data