Chapter four
Design, Implementation and Testing
4.1. Introduction:
In this chapter we explain the design and implementation of the smart parking system. This explanation will include Block Diagram, flow chart and explain theoretical how the System work.
4.2. The Arduino Mega microcontroller unit:
The Arduino Mega will be programed using C language to control the main system. This MC will control the gate of the parking and send all the data of all the users inside the parking faculty to the Web Application. The C code will be Uploading to the Arduino Mega through USB port. This C code will contain all the functions that will be needed by the Arduino Mega to complete all tasks.
4.3. The Arduino Uno microcontroller unit:
The Arduino Uno …show more content…
Testing the System:
Chapter 5
Conclusion
5.1. Conclusion:
After testing and implementing the smart parking system project:
• The system can manage the car parking.
• The system can save time in efficient way through coordinate the capacity of the available parking's.
• The user can interact with the system by states leds and website.
• After testing the system everything is working good and out of errors.
• We learn how to be creative in solving problem we faced during the build of this project
• We face a lot of challenge in the stage of building the system and these are :
technical challenges :
• Installing the library's to build (optical character reigniting) librarys confluct and version inapplicable.
• System crashes and system files incorrupt forced us to format and reinstalling software's again.
• Programing in multiple languages and mixing between them.
• Peripherals issues lead to replace them.
• Could not found enough resources to post data to the website using Arduino uno wifi shield .
5.2. Future Update:
For future development of the project we intend to do the …show more content…
• We will add some features to the system to be more professional and more reliable for example :-
1. Adding web camera surveillances to increase the security
2. Counting the time for each car spent in the parking and count the charge money
3. Develop the website to mobile application to increase the mobility
References :
•
Design, Implementation and Testing
4.1. Introduction:
In this chapter we explain the design and implementation of the smart parking system. This explanation will include Block Diagram, flow chart and explain theoretical how the System work.
4.2. The Arduino Mega microcontroller unit:
The Arduino Mega will be programed using C language to control the main system. This MC will control the gate of the parking and send all the data of all the users inside the parking faculty to the Web Application. The C code will be Uploading to the Arduino Mega through USB port. This C code will contain all the functions that will be needed by the Arduino Mega to complete all tasks.
4.3. The Arduino Uno microcontroller unit:
The Arduino Uno …show more content…
Testing the System:
Chapter 5
Conclusion
5.1. Conclusion:
After testing and implementing the smart parking system project:
• The system can manage the car parking.
• The system can save time in efficient way through coordinate the capacity of the available parking's.
• The user can interact with the system by states leds and website.
• After testing the system everything is working good and out of errors.
• We learn how to be creative in solving problem we faced during the build of this project
• We face a lot of challenge in the stage of building the system and these are :
technical challenges :
• Installing the library's to build (optical character reigniting) librarys confluct and version inapplicable.
• System crashes and system files incorrupt forced us to format and reinstalling software's again.
• Programing in multiple languages and mixing between them.
• Peripherals issues lead to replace them.
• Could not found enough resources to post data to the website using Arduino uno wifi shield .
5.2. Future Update:
For future development of the project we intend to do the …show more content…
• We will add some features to the system to be more professional and more reliable for example :-
1. Adding web camera surveillances to increase the security
2. Counting the time for each car spent in the parking and count the charge money
3. Develop the website to mobile application to increase the mobility
References :
•