February fif, 2007 Purpose: To implement a fastest route algorithm in a GPS enabled vehicle.
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Transcript of February fif, 2007 Purpose: To implement a fastest route algorithm in a GPS enabled vehicle.
Status Report #2Status Report #2GPS-Navigated Autonomous GPS-Navigated Autonomous
VehicleVehicleFebruary fif, 2007February fif, 2007
Purpose:Purpose:To implement a fastest route algorithm in a GPS enabled vehicle.To implement a fastest route algorithm in a GPS enabled vehicle.
Prepared by Design Group 8:Prepared by Design Group 8:Brendon BalouchVernal GarciaBrian GonzalezKim Pham
Prepared for:Prepared for:August AlloDepartment of Electrical EngineeringUniversity of Texas at San Antonio
Overall Need: To design and assemble control Overall Need: To design and assemble control hardware that is able to implement a given GPS hardware that is able to implement a given GPS coordinate pathway.coordinate pathway.
Project Milestones:Project Milestones: Establish communication between GPS and Establish communication between GPS and
microprocessormicroprocessor Build a steering control circuitBuild a steering control circuit Build a drive train control circuitBuild a drive train control circuit Write our fastest route algorithm.Write our fastest route algorithm. Integrate all pieces into a single packageIntegrate all pieces into a single package
Task CompletionsTask Completions
Communication established between GPS Communication established between GPS and microprocessorand microprocessor GPS NMEA data sentences successfully GPS NMEA data sentences successfully
decoded and converted to calculable integers.decoded and converted to calculable integers.
PWM embedded module successfully PWM embedded module successfully programmed for speed control.programmed for speed control.
Task Completion DatesTask Completion Dates
PWM Motor Driver SchematicPWM Motor Driver Schematic February 9February 9thth, 2007, 2007
H-Bridge Steering Controller SchematicH-Bridge Steering Controller Schematic February 9February 9thth, 2007, 2007
Preliminary Fastest Route AlgorithmPreliminary Fastest Route Algorithm February 23th, 2007February 23th, 2007
Project SynergyProject Synergy March 16March 16thth, 2007, 2007
Upcoming TasksUpcoming Tasks
PWM motor control circuitPWM motor control circuit H-bridge steering control circuitH-bridge steering control circuit Fastest route algorithmFastest route algorithm Programming of processor to support Programming of processor to support
peripheral devicesperipheral devices Interface the magnetometer to the Interface the magnetometer to the
processor to help find direction.processor to help find direction.
Recently Completed TasksRecently Completed Tasks
Vehicle PurchasedVehicle Purchased December 29December 29thth, 2006, 2006
Processor ObtainedProcessor Obtained October 10October 10thth, 2006, 2006
GPS PurchasedGPS Purchased November 18November 18thth, 2006, 2006
PWM Module ProgrammedPWM Module Programmed February 4February 4thth, 2007, 2007