Transcript Document 125818

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SUIIT
Sambalpur University
Institute of Information Technology
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PROJECT
PRESENTATION:2012
PROJECT PRESENTATION:2012
S UI I T
RFID BASED
ACCESS CONTROL
SYSTEM
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Done By:
Barada Pr. Biswal
Suvendu Ku. Dash
Prabhanjan Ku. Sahoo
Anindita Nayak
Sharmistha Nayak
RFID BASED ACCESS CONTROL SYSTEM
PROJECT PRESENTATION:2012
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OVERVIEW:
 INTRODUCTION
BLOCK DIAGRAM
TOOL & RESOURCE
CONCEPT USED
CIRCUIT DIAGRAM
WORKING
VIDEO
APPLICATION
ADVANTAGES
DISADVANTAGES
FUTURE
ASPECTS/CONCLUSION
REFERENCE
RFID BASED ACCESS CONTROL
SYSTEM
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INTRODUCTION:
RFID Access Control use in
three different places
1. Residential Access
Control:
•Un-manned access control at
all entry points
•Restrict access by user and by
entry point
•Audit trail of entry point and
time
•Audit trail of exit point and
time
•Manage vehicle and people
entry points
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2.Commercial Access
Control:
•Un-manned access control at
all entry points
•Control access by company,
employee and visitor
•Restrict access by user and by
entry point
•Audit trail of entry point and
time
•Audit trail of exit point and
time
•Manage vehicle and people
entry points
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SYSTEM
PROJECT PRESENTATION:2012
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3.Security Access and Control:
•Restricted
access by user, location and time of
day.
•Exception report for access to sensitive areas
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SYSTEM
PROJECT PRESENTATION:2012
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Block Diagram:
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SYSTEM
PROJECT PRESENTATION:2012
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Tool & Resource :
SOFTWARES:
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PROTEUS VERSION 7.0
•KEIL version 4.0
•TOPWIN 6.0
•EXPRESS PCB
HARDWARES:
•Breadboard
•Power supply
•8051 microcontroller
•L293D IC
•MAX232 IC
•RS232 ports
•RFID transmitter and receiver
•motor
•printed circuit board
•Wires and Solder
RFID BASED ACCESS CONTROL
SYSTEM
PROJECT PRESENTATION:2012
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Concept used :
8051 Microcontroller:
•A 8051 microcontroller have
4 ports and each ports
Having 8 pins.
•It is 40 pins IC
•4k ROM(on chip program
Space in bytes)
•128 bytes RAM
•2 Timers
•32 I/O pins
•1 serial ports
•6 Interrupts sources
RFID BASED ACCESS CONTROL
SYSTEM
PROJECT PRESENTATION:2012
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RS232:
•To allow compatibility among
data communication equipment.
•It is in DB 25 and DB 9.
•It is most widely used in serial
I/O Interfacing standard.
•The I/O are not TTL compatible,
In RS232 1 is represented by
-3 to-25v ,While a 0 bit is +3 to
+25v ,making -3 to +3 undefined
we must use a voltage converter
such ac MAX232.
RFID BASED ACCESS CONTROL
SYSTEM
PROJECT PRESENTATION:2012
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MAX232 IC:
•It is 14 pin IC.
• A line driver such as the MAX232 chip
is required to convert RS232 voltage
levels to TTL levels, and vice versa
•8051 has two pins that are used
specifically for transferring and receiving
data serially.
•These two pins are called TxD and RxD
and are part of the port 3 group (P3.0 and
P3.1).
•These pins are TTL compatible;
therefore, they require a line driver to
make themRS232 compatible.
RFID BASED ACCESS CONTROL
SYSTEM
PROJECT PRESENTATION:2012
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L293D:
•It is 16 pin IC.
•The L293D device is a
monolithic integrated high
voltage, high current four
channel driver designed to
accept standard DTL &
TTL logic levels & drive
inductive loads(such as
relays solenoids, DC and
stepping motors) and
switching power
transistors.
•It is use as a motor driver.
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LCD:
•It able to display numbers
characters, and graphics.
•It has 14 pin
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Circuit Diagram :
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Working :
• Low frequency RFID works on the principle of radio
waves and at the frequency of 125 KHz.
• There is a coil inside the RFID tag and when it is
influenced by magnetic field, it sends an identity code to
a device for further processing.
•The RFID tag is used as an identity for a particular user.
If the identity (serial number of the tag) of the user is
matched with the one already stored in this system, he
gets immediate access through it.
•In beginning, the user is prompted to scan his tag or ID.
The serial code of the tag is identified by the reader
module and is sent to AT89C51 for checking.
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•If the ID is matched by the microcontroller, the user
gets the access. On the contrary, if the tag is not
identified, a message (‘Access Denied’) is displayed
on LCD screen.
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Video:
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SYSTEM
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Application:
•Security Purpose
•Unauthorized Access Control
•Automated database updation
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Advantages:
•An RFID smart card-based system may reduce operation
costs in the long run.
•RFID equipment damage occurs much less frequently
than is the case with magnetic strips or bar codes present
on Charlie Tickets.
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Disadvantage:
•In the short run, costs of diffusion and implementation
for an RFID access control system is more.
•Poor read rate can occur if the reader and receiver are not
properly aligned.
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Future aspects:
 Fpga based access control system
Vision control access systems
SUIIT
PROJECT PRESENTATION:2012
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REFERENCE…
•www.google.com
•www.efy.com
•www.wikipedia.com
•www.datasheetcatalog.com
•www.EngineersGarage.com
•Muhammad Ali Mazidi-The 8051
Microcontroller and Embedded Systems
Using Assembly and C language
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