1. PARKING MANAGEMENT SYSTEM USING ZIGBEE
PROJECT GUIDE PREPARED BY
Mrs.S.A.MARY RAJEE V.DIVYA
ASST PROFESSOR

2. INTRODUCTION
WSN is one of the enabling technologies for such a ubiquitous computing world.
Although WSN is still under development & research,it is expected that WSN’s will be used in all post of applications including consumer electronics,industrial control & monitoring,arrest & interventary tracking.
So that I choose the WSN to implement the Parking Management System which have much scope in future because everything is going to be WSN one.

3. OBJECTIVE Guides the driver to find an parking space more
convenient and efficient using Embedded System

4. ABSTRACT
A Parking Guidance System based on wireless sensor network(WSN) which guides a driver to an available parking lot. The system consists of a WSN based VDS(vehicle detection sub-system) and a management subsystem. The WSN based VDS gathers information on the availability of each parking lot and the management sub-system processes the information and refines them and guides the driver to the available parking lot by controlling a VMS(Variable Messaging System).

5. EXISTING SYSTEM

6. DRAWBACKS
In existing model the magneto resistive sensor is used to detect the ferrous material in a vehicle.
This sensor losing its sensing capability in case of high temperature.
To overcome this drawback we use the infrared sensor for sensing the vehicle in proposed model.

7. Variable messaging system
PROPOSED SYSTEM
vehicle detection subsystem Management Sub System
Variable messaging system
Zigbee
PIC Controller IR
PIC Controller
Zigbee IR
PIC Controller
Zigbee IR
PIC Controller
Zigbee IR
PIC Controller
Zigbee

8. ADVANTAGES OVER EXISTING WORK
The demand is growing for more and more applications to move to wireless communication. The benefits are reduced costs and ease of implementation.
Wireless communication does not require cabling and other hardware, and the associated installation costs. It also can be implemented in locations where cabling would be hard, if not impossible, to install.

9. FEATURES
The Every modes which are used here are capable to work in the Battery power ~5v & ~20mA so that I can be possibly supplied by the small solar panels this feature is resulted in high portability.
Very low almost Zero maintanance cost
Customer friendly ie very easy to replace in case of any failure in the nodes.

10. APPLICATIONS
This Parking Management System is much useful in the spots were highly suffered by the dense traffics like urban parking Zones, tidal parks ,shopping mall parking areas.

11. COMPONENT USED PIC MICROCONTROLLER ZIGBEE MODULE
IR RECEIVER TRANSMITTER
DISPLAY BOARD
LIQUID CRYSTAL DISPLAY
POWER SUPPLY
BATTERIES

12. SIMULATION OUTPUT GRAPH WITH SAMPLE 2 NODES

13. SAMPLE PROTOTYPE NODE

14. CONCLUSION
Here by I conclude my project with obtained results and Accuracy.The wireless transceiver used her in the range of 2.4GHZ with the ISE encryption standarad so that tha data is immune to the errors and data overlappings.The IR modules with receiver & transmitter sections handle IR waves for Vehicle detection this may affected my sunrays which is enriched with infra red waves this result reduction in accuracy of obstacles sensing.

15. FUTURE WORK
In future my aim is to implement with this WSN based parking system in the local areas.
For advancement I decide to use the bluetooth instead of zigbee which offers much users friendly features.

16. REFERENCES
Muhammed Ali Mazidi, Janice Gillispie Mazidi – “Pic microcontrollers and embedded system using assembly and C”(second edition).
Yashwant kanetkar-“let us C”(fifth edition).

17. THANK U