AUTOMATED VEHICLE SPEED CONTROL SYSTEM

This project titled “Automated Vehicle Speed Control System” submitted by Mohammad Rahat Kabir ID no. Md. Amir Azam Moon ID No. Abdul Hannan ID no. Nusrat Jahan Haque ID No. in the Department of Computer Science and Engineering, Daffodil International University, has been accepted as sufficient for partial fulfillment of the requirements for the degree of B.Sc. Department of Computer Science and Engineering Faculty of Science and Information Technology Daffodil International University.

Syed Akhter Hossain, Head, Department of CSE, for his kind help in completing my project and also to other faculty members and staff of CSE Department of Daffodil International University. We would like to thank all our coursemates at Daffodil International University who participated in this discussion while completing the coursework. The driver must not follow the traffic rule, the speed limit on the road, they want to drive fast and want to overtake others.

In this project we want to show how to control the speed of any car up to the road speed limit. If the driver tries to break the speed limit and tries to speed up, an automatic message is sent to the authority. All kinds of road speed limit data will be sent to the system installed in the vehicle.

Daffodil International University 2, hospital and school noise free zone, automated bus door locking system etc.

Speed automation

Project Goal

Project Objectives

Project Scope and Limitation

ANALYSIS OF THE SYSTEM 2.1 System Definition

Proposed System Features
Speed Control: These systems can be program for vehicle speed control. We can do this in two ways

System Requirement

SIM800L
FEASIBILITY STUDY

Feasibility Study

METHODOLOGY

Preliminary Considerations
System Design
What Is Arduino?
Why Use ARDUINO
HC-06 Bluetooth Module
ATmega328p Microcontroller
IR Transmitter and Receiver
SIM800L GSM Module
Motor Driver
Arduino IDE

Feasibility study a feasibility study was carried out towards the beginning of this venture and the random could also be a concise study of the below 5 interconnected composes: .. i) Technical: From a technical purpose of reading, necessary resources for the event of this project was already available from the university which has integrated development environment (IDE), IR transmitter and receiver, SIM800L, Bluetooth module (HG-06), Arduino and an Android application to transfer charges to control this framework . To manage the work flow of the project efficiently and safely Milestones were established at the start of the project with predefined schedules for planning, development, testing and documentation of all the affected stages throughout the project life cycle. iv) Operational: Analyzing the operational feasibility of this project was a key consideration in deciding the methods used in the style, development and preparation of this. The legal aspects of this project are very limited as this can only be an educational project of 1 year, nevertheless it has been taken into account that during this project any personal and confidential information that a few people or organizations will not be stored on. or used in an inappropriate manner.

In this way, with the end goal of this enterprise project, some particular thinking decisions were made about the type of stages, equipment segments and the activity method of the speed computerization framework. Prior to the actual plan for the task work, decisions were made to consider the selection of correct use steps and equipment segments. For ATmega328p microcontroller, for Bluetooth, there are many more Bluetooth modules, but the Bluetooth module HC-06 was chosen because of its low price availability, it can be a category 2 slave Bluetooth module designed for clear wireless serial communication.

The designed automated vehicle speed control system uses an Arduino microcontroller, a HC-06 Bluetooth module, and an Android device between the microcontroller and the Bluetooth module. As shown in the diagram shown in Figure 4.1, when the HC-06 receives the desired signal, it communicates with the Arduino, the Arduino controls the motor through the application, which in turn determines the state of the connected device, which is fully controlled. vehicle. The driver is racing with his rival most of the time he loses control which is the main reason for the car accident when the accident happens he is driving fast.

We try to do everything, using the Arduino programming accent (in light of the wiring), and also the Arduino programming (IDE), visible when preparing. Arduino was conceived at the Ivrea Interaction Design Organization as a simple device for rapid prototyping. The Arduino board began to change to adapt to new needs. Direct Programming Condition - The Arduino Programming Condition is certainly not tiring to use for beginners, yet versatile enough for high-end customers to similarly abuse.

For teachers, it is beneficial in the perspective of the preliminary programming condition, therefore, students who create a way of programming in this condition will feel comfortable with the design and feel of Arduino. Daffodil International University 11 Arduino Open source and broad hardware – The designs of the Arduino sheets are. Even generally inexperienced customers will put together the breadboard variant of the module, keeping in mind the end goal, however it functions and at a low price.

Open source and wide hardware - The design of the Arduino sheets is discharged under a Creative Commons license, so that any circuit designer can influence their own rendering of the module to investigate and improve it. In fact, even generally unpracticed customers can assemble the breadboard variant of the module with the ultimate goal of seeing how it works and saving costs. This Bluetooth module HC-06 is used to create a virtual connection between our device and mobile phone.

The IR transmitter consists of semiconductor diodes that emit IR (Infra-Red) radiation.