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GPS-GSM Integration forGPS-GSM Integration forEnhancing Public TransportationEnhancing Public TransportationManagement ser...
CONTENTSCONTENTS Introduction Block Diagram Working POWER SUPPLY IR Pair ARM TDMI S (LPC2148 controller) UART Adva...
INTRODUCTIONINTRODUCTION This project is designed with ARM7TDMIprocessor. The project is implemented by using twomodules...
Block Diagram: In-Bus Module
WORKINGWORKING This project contains two embedded systemmodules one will placed inside the bus and theother will be place...
POWER SUPPLYPOWER SUPPLY
GSMGSMDEFINATIONGSM SERVICESADVANTAGES
GPS MODEMGPS MODEM This project also contains GPS Modem todisplay the Exact location values. A GPS receiver calculates i...
IR PAIRIR PAIRFEATURES High reliability Low forward voltage Suitable for high pulse currentoperation Peak wavelength λ...
ARM7TDMI-S processorARM7TDMI-S processor• The ARM7TDMI-S is a general purpose32-bit microprocessor.• The ARM architecture ...
LPC2148LPC2148• The LPC2148 are based on a16/32 bitARM7TDMI-S CPU.• It contains 128/512 Kilobytes of embedded highspeed fl...
UART0 pin descriptionUART0 pin descriptionPin Type DescriptionRXD0 Input Serial Input Serial receive data.TXD0 Output Seri...
UART 0 FEATURESUART 0 FEATURES16 byte Receive and Transmit FIFOsRegister locations conform to ‘550industry standard.Mec...
UART1 FEATURESUART1 FEATURESUART1 is identical to UART0, with theaddition of a modem interface.supported in hardware (LP...
AdvantagesAdvantages Sophisticated securityAutomatic way of finding the location ofthe vehicle.Facilitating the people....
ApplicationsApplicationsAutomotives and transport vehiclesSecurity, Remote monitoring,Transportation and logisticsPubli...
ConclusionConclusion The Monitoring controller based on theclosed loop algorithm is designed andimplemented with ARM7 TDM...
THANK YOU
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  1. 1. GPS-GSM Integration forGPS-GSM Integration forEnhancing Public TransportationEnhancing Public TransportationManagement servicesManagement servicesPresented byJ.DIVYASREE 08B71A0462M.VINAYKUMAR08B71A0472K.SWAPNA 08B71A04B4S.DURGA PRASAD 08B71A04B0
  2. 2. CONTENTSCONTENTS Introduction Block Diagram Working POWER SUPPLY IR Pair ARM TDMI S (LPC2148 controller) UART Advantages Applications Conclusion
  3. 3. INTRODUCTIONINTRODUCTION This project is designed with ARM7TDMIprocessor. The project is implemented by using twomodulesBase station moduleIn-Bus module
  4. 4. Block Diagram: In-Bus Module
  5. 5. WORKINGWORKING This project contains two embedded systemmodules one will placed inside the bus and theother will be placed at the bus stops. The location of bus can be find out using GPSand can be sent to bus stop using GSM.
  6. 6. POWER SUPPLYPOWER SUPPLY
  7. 7. GSMGSMDEFINATIONGSM SERVICESADVANTAGES
  8. 8. GPS MODEMGPS MODEM This project also contains GPS Modem todisplay the Exact location values. A GPS receiver calculates its position byprecisely timing the signals sent by the GPSsatellite.
  9. 9. IR PAIRIR PAIRFEATURES High reliability Low forward voltage Suitable for high pulse currentoperation Peak wavelength λp= 940 nm
  10. 10. ARM7TDMI-S processorARM7TDMI-S processor• The ARM7TDMI-S is a general purpose32-bit microprocessor.• The ARM architecture is based on RISCprinciples.• Pipeline techniques are employed.
  11. 11. LPC2148LPC2148• The LPC2148 are based on a16/32 bitARM7TDMI-S CPU.• It contains 128/512 Kilobytes of embedded highspeed flash memory.
  12. 12. UART0 pin descriptionUART0 pin descriptionPin Type DescriptionRXD0 Input Serial Input Serial receive data.TXD0 Output Serial Output Serial transmit data
  13. 13. UART 0 FEATURESUART 0 FEATURES16 byte Receive and Transmit FIFOsRegister locations conform to ‘550industry standard.Mechanism that enables software andhardware flow control implementation. Me
  14. 14. UART1 FEATURESUART1 FEATURESUART1 is identical to UART0, with theaddition of a modem interface.supported in hardware (LPC2144/6/8only).
  15. 15. AdvantagesAdvantages Sophisticated securityAutomatic way of finding the location ofthe vehicle.Facilitating the people.Time Saving.Mobile number can be changed at anytime
  16. 16. ApplicationsApplicationsAutomotives and transport vehiclesSecurity, Remote monitoring,Transportation and logisticsPublic and private transportation
  17. 17. ConclusionConclusion The Monitoring controller based on theclosed loop algorithm is designed andimplemented with ARM7 TDMI processorbased LPC2148 controller in embeddedsystem domain.
  18. 18. THANK YOU
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