This document describes an automated vehicle parking system project. It includes: - An overview of the project and its basic idea to automate vehicle parking - A block diagram showing the flow from vehicle entry to bill generation - A flow chart showing the parking allocation and deletion process - Details of the implementation including protected admin login, vehicle search and allocation using linear search, and ticket/bill generation - Discussion of modularity and challenges including making the system fully automatic using image processing and incorporating a database.

1. Automated
Presented by Group - 4
SRINIVAS V.D KEERTHIDIVYA .S
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2. CONTENTS
 Overview of the Project
 Block Diagram
 Flow Chart
 Output demonstration
 Challenges
 Future scope
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3. BASIC IDEA BEHIND THE PROJECT
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4. PROJECT OVERVIEW
Automated
Vehicle
Parking
System
SPECIFICATION
DESIGN
ANALYSIS
IMPLEMENTATION
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5. Admin Login
Addition of Vehicle
Bill Receipt
Deletion of Vehicle
Parking Layout
BLOCK DIAGRAM
Starting Time
(T1)
End Time
(T2)
T2 -- T1
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6. FLOW CHART
Start
Enter the Admin
Name &Password
1. Add Vehicle
Main Menu
2. Parking
Layout
1.Car
2. Bike
Get Vehicle
No.
Add No. to
vehicle
Array[i]
Increment
Counter
Get Start
Time
[Car]
[Bike]
1. Add Vehicle
3. Delete
Vehicle
1.Car
2. Bike
Get Vehicle
No.
Vehicle
No. from
Array[i]
Array[i]=0
Dec.
counter
Get the
Start and
End time
of vehicle
Bill
Generation
4. Exit
Counter Exit
switchd
If i<3
success
If i>3
If count<20
switch v
If count>20( Displays No space for parking)
Main Menu
fail
switch n
While(k)
Vehicle no. not matched
Vehicle no. matched
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Linear search Alg.

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IMPLEMENTATION
1.Protected Admin Login:
1. Both the user and password are taken as input
strings
2. String compare was used to verify the Login
3. For Unsuccessful login we gave 2 more attempts
4. By successful Login only, admin can access whole
program
Fig . Admin Login

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IMPLEMENTATION
2.Search and Allocation:
 Parking Layout was taken in 1D-Array, initialized with 0 for both car and bike separately.
 we used Linear search for Allocation and Deletion of slot to a Vehicle
Allocation:-
 Using Linear Search, goes through the Array for [0] .
 If [0] found, it allocates slot and saves respective Vehicle number in that slot.
 If [0] not found it warns no space available.
Deletion :-
 Taking respective vehicle number from admin .
 Using Linear Search, goes through the Array finds the vehicle number
 If it founds it make the value that particular index to [0].
 If it not founds it warns Vehicle not found.
IMPLEMENTATION

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IMPLEMENTATION
Fig . Vehicle Parking Layout

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IMPLEMENTATION
3.Ticket and Billing Generation:
Fig . Billing and Ticket
Generation
 We used Time Function , for capturing real time
from system
 Time were captured at vehicle entry and exit
 Bill generated on basics of time of vehicle parked
in the slot
 Bill was generated when the vehicle exiting from
the slot
IMPLEMENTATION

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MODULARITY
 The whole program is written in
various functions executed using
File level Modularity
 The functions were written in two
library files.
 No global Variables were used.
Fig . Project files
File Level Modularity

12. CHALLENGES
 Reducing the Code line and implementing Code Reusability by implementing the
Functional Level Modularity.
 Implementing the masking of the user password.
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13.  Masking the admin password.
 Implementation of MACRO’S in code.
 Involving the Image processing to make the system fully Automatic and Efficient.
 Presence of Data Base in future for more secure and exclusive parking subsystem.
 Implementing 2D-Array for Parking slot and get the Vehicle number in string.
FUTURE SCOPE
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14. Thank You
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