This all the will help you to know the basic information about the RFID working with parking application--- keep support to my slide ---Thanks & Regards #pradeepsenthil

1. IMAGE PROCESSING USING RFID
IMPLEMENTED PARKING SYSTEM
-s. pradeep
-k .a vijay
(ERODE SENGUNTHAR ENGG.,)

2. OUTLINE
 Need for Parking System
 Design of System
 Working
1. Detection
2. Check-in Processing
3. Counting of Slots
4. Check-out Processing
 Solution Benifits
 Conclusion

3. NEED FOR PARKING SYSTEM
 Over 5,000 parking systems use in worldwide.
 Reduce pollution due to traffic jam.
 Security from theft and car damages.
 Our automated parking systems will save you space, time & money.
 Simple structure, simple operation.
 Speedy system, moves smoothly, not noisy, it can be constructed and
implemented in industrial areas.

4. DESIGN OF SYSTEM
DCD
(Transponder receive signal
(Reader broadcast signal and send back identity signal)
through antenna)
(Reader send info/data to the computer (Display slot is used to
system for collecting, logging & processing) display number of slot)
READER ANTENNA TRANSPONDER
SLOT DISPLAYHOST
COMPUTER
PARKING STATION

5. COMPONENTENT OF THE SYSTEM
HOST COMPUTER
 In host computer various device in the
system are connected for in it for collecting
information recourses.
RFID READER
 Technology using electromagnetic fields to
automatically identify and track tags attached
to objects.

6. ANTENNA
 Antenna receive signal from tags and send to
RFID reader.
TAGS
 RFID tagging is an ID system that uses for
small radio frequency Identification device
for identification and tracking purpose.
1)Active tag, 2)passive tag passive Active
SLOT DISPLAY
 Slot display is used to number of slots in
parking system. By using LOAD CELLS
SENSOR.

7. WORKING
DETECTION OF VEHICLE:
 Vehicle can be identified from a distance of 7-8m even when moving at a speed of 20 kmph.
 The antenna gives the signal to the tag and it repels the information to the antenna.
and then RFID reader reads the data and send to host .
 Password protected verification allows only registered vehicles to enter ensuring greater
security.
 Boom barrier is automatically triggered on verification at gates thus saving time and errors as
well as avoiding manual dependence.
 Records event with date and time.

8. CHECK-IN PROCESS
 Vehicle checks in, the reader reads the data of the tag. If data information is correct barrier
will open else doesn’t open.
check in pOINT
NO YES
NO
YES
READ THE
VEHICLE ID
DID THE
VEHICAL
CHECK IN
DO NOT
OPEN GATE
READ THE
VEHICLE INFO
INFO
MATCHS
WITH
DATABASE
DON’T OPEN THE GATE
OPEN TH GATE

9. COUNTING OF SLOTS
 Counting of slots in the parking system by using load cell sensor. which is
connected to the host computer and display in DISPLAY SLOT.
DIGITAL DISPAY FORMULA:
AVILABLE=NO OF SLOTS - TOTAL NO OF (COUT--)
FILLED =NO OF SLOTS -TOTAL NO OF (COUT++)
PROGRAM
If(weight>n)
{
Cout++; //check in
}
Else
{
Cout--; //check out
}

10. CHECK-OUT PROCESS
 Vehicle checks out , the reader reads the data of the tag. If data information is correct
barrier will open else doesn’t open.
check out point
YES NO
NO
YES
READ THE
VEHICLE ID
IS THE
VEHICAL
CHECK IN
DO NOT
OPEN GATE
READ THE
VEHICLE INFO
INFO
MATCHS
WITH
DATABASE
DON’T OPEN THE GATE
OPEN TH GATE

11. RFID PARKING SYSTEM USING ARDUINO

12. SOLUTON BENIFITS
4
1 2
3
Accurate track of
incoming and outgoing
vehicles including
employees and visitor
Automated opening of gates
saves employees time and
enhances organization return
per employee
Higher security
Accurate parking status
per floor unlike IR
sensors which create false
alerts by detecting
human being

13. Security and privacy concerns, especially with RFID
Chip technology is Enormous.