AMITY UNIVERSITY UTTAR PRADESHAmity School of Engineering & Technology ,Lucknow

FINAL YEAR PROJECT PRESENTATION

2013

TOPIC

INTELLIGENT VEHICLE PARKING MANAGEMENT SYSTEM

Submitted By:

ANKUR JAISWAL-A7605109107

SONAL KAPOOR-A7605109034

TUHIN MITRA-A7605109099

B.TECH(ECE)-SEMESTER 8

SECTION-B

CONCEPT

Here we work on the thought of automatic Parking fee collection and display the number of parking available at parking site and the exact vacant slot position. In this when you are at the parking site, you see the number of parking available at the entry gate, if it is available then swap card at the entry, the gate is open for few second and parking fee is credited from your card. When you exit from this same process is followed. This card is used for parking application only. Here we use only its model, so we use IR sensor for this application. This parking system may be applicable for whole city using a magnetic card reader.

WorkingoIn this project we have used sets of IR sensors.oThe output of the IR sensors is analog type and is changed into digital form by using op-amp IC LM324.oThe IR sensor is used to sense the presence or absence of any vehicle at the entrance or exit gate.oThere is a RF receiver provided which receives the RF data present in tag of the user. oThe data received by the system is used to check the balance of a particular user.oIf balance is greater than 50 then the system allows the user to enter by opening the entrance gate which is controlled by motor.oIf balance is not present then the system waits for the recharge button to be pressed.oUpon pressing the recharge button, the entrance gate is opened.

PROBLEM SOLUTION

Car Parking Management Systemin real world

• Car parking spaces are fast becoming one of the most scarce resources in the work place and require considerable time and effort to manage.

• Intelligent parking allows just 3 steps- Park, Swipe, Leave.

• Eliminates most of the hassles of conventional parking.

•Automated exit pay stations enables accurate, secure, and prompt fee calculation.

Microcontroller :The microcontroller used is a common 8 bit Atmel microcontroller AT89s8253.

It is a low-power, high-performance

CMOS 8-bit microcontroller with 12 Kbytes of In-System Programmable (ISP) Flash program memory and 2 Kbytes of EEPROM data memory.

It has 32 programmable input output lines.

Features:12K Bytes of In-System Programmable (ISP) Flash Program Memory

SPI Serial Interface for Program Downloading

Endurance: 10,000 Write/Erase Cycles

2K Bytes EEPROM Data Memory

Endurance: 100,000 Write/Erase Cycles

2.7V to 5.5V Operating Range

2.7V to 5.5V Operating Range

Fully Static Operation: 0 Hz to 24 MHz

256 x 8-bit Internal RAM

32 Programmable I/O Lines

Three 16-bit Timer/Counters

DC Motor: A direct current (DC) motor is a fairly simple electric motor that uses electricity and a magnetic field to produce torque, which turns the motor. At its most simple, a DC motor requires two magnets of opposite polarity and an electric coil, which acts as an electromagnet. The repellent and attractive electromagnetic forces of the magnets provide the torque that causes the DC motor to turn.

LM324: Low Power Operational AmplifierThese devices consist of four independent high-gain frequency-compensated operational amplifiers that are designed specifically to operate from a single supply over a wide range of voltages.

RF Module:An RF Module (Radio Frequency Module) is a small electronic circuit used to transmit and/or receive radio signals on one of a number of carrier frequencies. Main tasks of the RF module are to send an energizing signal via the antenna. The RF module delivers a digital data stream and a clock signal for further processing to its control unit or module.

RF Module can be categorized into two parts :

Transmitter

Receiver

HT12D:18 PIN DIP, Operating Voltage : 2.4V ~ 12.0V

Low Power and High Notice Immunity, CMOS Technology

Low Stand by Current, Ternary address setting

Capable of Decoding 12 bits of Information

8 ~ 12 Address Pins and 0 ~ 4 Data Pins

Easy Interface with an RF of IR transmission medium

Minimal External Components

HT12E:18 PIN DIP

Operating Voltage : 2.4V ~ 12V

Low Power and High Noise Immunity CMOS Technology

Low Standby Current and Minimum Transmission Word

Easy Interface with and RF or an Infrared transmission medium

Minimal external components

7805 IC:It is a self-contained fixed  linear

voltage regulator integrated circuit.

APPLICATIONSThis project is basically an intelligent counter which keeps a count of the number of the things crossing by and takes appropriate actions if required to. It is a versatile project with application in almost every field, be it residential or industrial. It is a very unique system with many features and these kinds of systems are not readily available in market. Some of its major applications are listed below:

 •This system will also have lots of application in industries. It can be used to do counting boxes, cartoons, jars during the process of packing/ manufacturing.

•It can be used to keep a track of baggage on the baggage rails used in airports

HARDWARE SNAPSHOT

HARDWARE SNAPSHOT

Advantages over Traditional Parking Systems

•It is a very versatile project and can be installed at various places.•It modernizes the entire device control system.•It is easy to install and can be made to work instantaneously.•It is reusable and can reinstall in very less time.•It is environmental friendly and aims to conserve energy by switching between devices as per requirement.•It is completely automated and hence it provides a great amount of comfort to its user.•Expenditure on electricity consumption is highly reduced.•Time and Fuel Consumption is reduced.

THANK YOU