1. Virtual Traffic signs Midterm Presentation Students : David Eyal Gidi Handaly Semester : Spring 2004 one semester project Instructor : Idan Kats Technion – Israel Institute Of Technology Electrical Engineering Department 15/04/04

2. Project definition The purpose of the project is to establish system which helps a driver by acknowledging him about near traffic signs (If not driving properly) using exists platform of Motorola based on GPRS & GPS technology.

3. Platforms in use g18 - The g18 is consist of GPS and SGM modules. - The GPS module tracks 8 satellite signals and calculate the geographic positioning, velocity and direction. - The GSM module is a wireless communication device via cellular network.

4. G18 evaluation board The EV provides DC and controls to the g18 and convert the AT commands to RS232 levels and allows communication with the computer.

5. Work plain 1.G-18 Studing and testing the G-18 over both his GSM and GPS modules. 2. Building Data Base of the Technion “road map” and define four major intersection at it. 3. Using the platform – connected to Laptop computer at driving.

6. Block diagram Base station g18 sms g18 gps Mobile station Traffic sign location data base Location data &

7. Block diagram BEGIN GPS – initialization Load last profile Aquire position & Velocity Check Close Sign Or Junction Check the right profile Load new sign profile Check corresponding Print “ You’re bad driver” Old profile far close OK? DANGEROUS?

8. Time Table subjectTime V Studing AT commands for the SMS Unit. 02-07/05 V Studing testing the G-18 using AT commands by Tera terminal. 09-14/05 VStudying C++ Code (MFC) to achieve control over COM port. 16-21/05 the G-18. Rebuild the C++ Code to achieve control over the G-18. 23-28/05

9. Time Table subjectTime the G-18. Rebuild the C++ Code to achieve control over the G-18. 30/05 - 03/06 Study GPS commands and communicate with the unit. 06-10/06 the. Building C++ component to achieve control over the GPS. 13-17/06 the. Building C++ component to achieve control over the GPS. 20-25/06

10. What we Got till here We’ve defined the exact system which will be established. 1. We’ve defined the exact system which will be established. 3. We’ve studied the functionality of the SMS unit. SMS unit. 2. We’ve C++ program which communicate with the EV-board and the SMS unit. 2. We’ve C++ program which communicate with the EV-board and the SMS unit.