The document describes a parking management system created using Java. It discusses problems with current parking systems like limited availability. The proposed system uses license plate tracking to dynamically monitor available spots and parked vehicles. It has modules for initializing spots, parking/removing cars, and viewing parked cars. The system provides benefits like real-time updates, enhanced security, and a user-friendly interface for attendants and drivers. It aims to efficiently allocate parking resources.

1. Taanisha Sharma- RA2211003011206
Adittya Sengupta- RA2211003011215
PARKING
MANAGEMENT
SYSTEM
USING JAVA

2. Problem Statement
1
Difficulties Faced
2
Abstract
3
Modules
4
Advantages
5
Contents
6 Conclusion

3. To facilitate easy parking,
removal, and viewing of
cars for car owners in a
parking facility.
Problem
statement

4. Lack of available parking spaces: One of the
most common problems is simply not finding
an empty parking spot, especially in densely
populated or busy areas.
Limited parking options: Some areas may have
limited parking options, such as on-street
parking only, which can lead to congestion and
competition for parking spaces.
Finding a safe parking spot: Concerns about the
safety of your vehicle and personal safety can
arise when parking in unfamiliar or poorly lit
areas.
Difficulties faced

5. Oversized vehicles and limited space: Parking
can be particularly challenging for drivers of
oversized vehicles, as finding a suitable space
can be difficult.
Parking lot congestion: In crowded parking lots,
navigating through tight spaces and dealing
with aggressive or inconsiderate drivers can be
frustrating.
Accessibility issues: For individuals with
disabilities, finding accessible parking spaces
that meet their needs can be a significant
challenge.
Difficulties faced

6. • The Parking System is a robust Java-based application
designed to address the complexities of parking
management within a diverse range of parking
facilities.
• It offers a comprehensive solution to optimize parking
resources by dynamically tracking both parked vehicles
and available slots, ensuring efficient space allocation.
• The system's user-friendly interface caters to a wide
audience, including parking attendants, car owners,
and facility administrators, streamlining the parking
process for all stakeholders.
• With a focus on real-time updates and accurate license
plate tracking, the system provides a secure and
reliable means of locating parked vehicles promptly
and minimizing the risk of unauthorized parking.
ABSTRACT

7. Initialization
• Set the total
number of parking
slots.
• Initialize available
slots and an
empty list of
parked cars.
Removing a
Car
• Enables users to
remove a parked car
by providing the
license plate number.
• Updates the list of
parked cars and
available slots.
Viewing
Parked Cars
• Displays a list of
parked cars if any.
• Informs users if
there are no parked
cars.
MODULES
Parking a Car
• Allows users to park
a car by entering the
license number.
• Checks for available
slots.
• Updates the list of
parked cars and
available slots.
LM = Language Model

8. Efficient Parking
Management
• Keeps track of
available parking
slots, preventing
overbooking.
• Ensures that no cars
are parked without
available slots.
Real-time
Updates
Provides real-time
updates on available
slots, enhancing
transparency.
Improved
Security
Reduces the risk of
unauthorized
parking.
Advantages
User-Friendly
Interface
• Easy-to-use menu-
driven interface for
car owners and
attendants.
• Simplifies parking
and retrieval
processes.

9. • Real-time Slot Tracking: The system employs real-time slot tracking to provide accurate and up-to-date
information on available parking slots. This real-time feature ensures efficient space allocation and helps
prevent overbooking, distinguishing it from traditional, less dynamic parking management systems.
• License Plate-Based Tracking: Unlike conventional systems that often rely on physical parking tags or tickets,
this system uses license plate numbers for car tracking. This novel approach enhances security, reduces the
risk of unauthorized parking, and simplifies the retrieval process for car owners.
• User-Centric Design: The user-friendly interface is designed to cater to various stakeholders, including parking
attendants, car owners, and administrators. This user-centric approach prioritizes ease of use and accessibility,
making the system accessible to a broad range of users.
• Mobile Integration: It offers the potential for mobile integration, allowing car owners to access the system and
manage their parking remotely via a mobile app. This mobile functionality provides added convenience and
flexibility to users, setting it apart from systems without this feature.
• Enhanced Security: The system enhances security by reducing the risk of car theft or vandalism through its
precise license plate-based tracking. It also offers secure access control, ensuring that only authorized
individuals can park or remove cars. This focus on security differentiates it from less secure or outdated parking
systems.
NOVELTY

10. Program

11. Program

12. Program

13. CONCLUSION
The Parking Management
System is a user-friendly and
efficient solution for
managing parking facilities,
offering benefits in terms of
convenience, cost savings,
and improved parking space
utilization.

14. THANK YOU FOR
LISTENING!