This document describes a proposed smart car parking system using RFID scanning. The system aims to reduce the time users spend searching for available parking spots. Sensors and RFID tags would detect vacant spots and direct users to them, improving parking efficiency. It could also provide data to parking facility owners on occupancy rates. The system may help reduce traffic and pollution compared to current searching methods. However, it requires reliable internet access and periodic maintenance to function properly.

2. IOT BASED SMART CAR PARKING
USING RFID SCANNING METHOD

3.  Luban hussain FA18-EPE-002
 Raja abdul saboor FA18-EPE-015
 Wajid Ullah FA18-EPE-038
SUPERVISOR
 Eng. Qasim Mahmood

4.  Introduction
 Problem statement
 Objectives
 Literature review
 Methodology
 Conclusion
 Limitations
 Refrences

5.  There are severe issue of car parking in many public venues
such as malls, hospitals and cities etc.
 To park an automobile, a person must search for all available
slots.
 To handle the issue of parking we introduce a system smart car
parking . park an automobile, a person must search for all
available slots.
 This is significant process to reduce manual labor as well as
financial expenditure.
 An automatic parking system that displays the presence of
vacant parking spaces in any lane close to the entrance is
required.
 As a result, the individual looking for a parking spot is properly
informed about the current availability of parking spaces.

6. Finding a parking spot for a car has become one of the
most pressing problems in our daily lives where cars are a
necessity.
This problem frequently contributes to traffic congestion
during peak hours because of the increased vehicle density.
If the user has accurate information regarding the parking
space, they won't waste time looking for places or park
incorrectly as a result of a lack of knowledge.
A smart parking system built on the Internet of Things can
solve the aforementioned issue.

7.  The main purpose of this project is to
provide effortless parking spot.
 The user does not need to waste time in
finding the empty slot.
 When the user enters the parking area, the
system informs about the available slots.
 Also, if there’s no space left, the user is
informed which saves a lot of time.

8.  an inventive strategy emerged as a response to
the reservation volume, using QR codes to
confirm reservations. According to research
paper [13] "Smart Parking System based on
Reservation," the growth of consumer spending
for basic comfort has caused a sharp rise in the
percentage of people who own cars, which has
a positive impact on traffic in congested cities.
This is frequently the cause of air pollution and
traffic congestion. Drivers will receive
information on the available parking spaces via
the management system.

11. In a large parking facility, our approach reduces
the time spent waiting for a parking spot. It also
aids parking facility owners in maximizing their
venue generation. It would also help to reduce
the amount of manpower required at the parking
facility, lowering costs and reducing errors.

12.  Every project, as we are all aware, has
specific limitations that cannot be
surpassed.
 Fast Internet Connection is Required.
 Computer operator is required to
register users.
 Periodical maintenance of sensors and
servo motor is required.

13.  [13] M. S. Rahul Patil,”Smart parking
system based on reservation,”vol.2,
Mumbai,India, 2014.
 [3] Economic and Social Council, United
Nations. Smart cities and infrastructure:
Report of the secretarygeneral. Geneva:
Commission on Science and Technology
for Development (2016).
 http://unctad.org/meetings/en/Session
alDocuments/ecn162016d2_en.pdf