The use of commercial road vehicles has grown with the recent rapid economic growth in the world, but reckless speeding of these heavy vehicles often results in fatal accidents. The Vehicle Speed Warning System is designed and developed to monitor the vehicle speed and raise an alarm if the vehicle has exceeded the preset speed limit. It consists of in-vehicle subsystem, which is fitted into the vehicle, and peripheral interface subsystem connected to the host computer. The system is designed using MC68HC11E9 micro controller. It allows proper calibration of the in-vehicle subsystem and offline data downloading.
The microcontroller based Vehicle Speed Warning System has been designed and its application software has been developed. The principal objective in designing this warning system is to present and demonstrate the basic concepts of in-vehicle speed detection and wireless data setting and retrieving system, which will serve as a base for future development of vehicle speed monitoring and tracking system.
Table of Contents
- Chapter 1: Introduction
- 1.1 Overview
- 1.2 Background
- 1.3 Objectives
- 1.4 Thesis Organization
- Chapter 2: Literature Review
- 2.1 Introduction
- 2.2 Vehicle Speed Measurement
- 2.3 Components Implementation
- 2.4 Out-vehicle Speed Tracking System
- 2.5 In-vehicle Speed Monitoring System
- 2.6 Conclusion
- Chapter 3: Methodology
- 3.1 General Project Workflow
- 3.2 Hardware Implementation
- 3.3 Software Development
- Chapter 4: Results and Discussion
- 4.1 In-vehicle Subsystem
- 4.2 Peripheral Interface Subsystem
- 4.3 Comparisons of Vehicle Speed Monitoring and Tracking Systems
- Chapter 5: Conclusion and Recommendation
- 5.1 Conclusion
- 5.2 Recommendation
Objectives and Key Themes
This thesis aims to develop a commercial vehicle speed warning system. The project focuses on designing and implementing a system that effectively monitors and warns drivers about exceeding pre-set speed limits.
- Vehicle speed measurement and sensor technology
- Hardware and software design for speed monitoring
- Integration of various components into a functional system
- Comparison with existing speed monitoring systems
- System functionality and performance evaluation
Chapter Summaries
Chapter 1: Introduction: This chapter provides an overview of commercial vehicle speed warning systems, highlighting the importance of speed control in enhancing road safety. It establishes the background of the problem, emphasizing the risks associated with excessive speed in commercial vehicles and the need for effective speed monitoring solutions. The chapter clearly defines the objectives of the thesis, focusing on the design and implementation of a functional and reliable speed warning system. The thesis organization is also outlined, providing a roadmap for the subsequent chapters.
Chapter 2: Literature Review: This chapter presents a comprehensive review of existing literature on vehicle speed measurement and monitoring technologies. It explores the evolution of speed sensors, detailing various types and their functionalities. The chapter delves into the implementation of critical components, including microcontrollers, displays, and communication modules, used in the proposed system. A significant portion is dedicated to examining existing out-vehicle and in-vehicle speed tracking and monitoring systems, analyzing their strengths and weaknesses to inform the design choices for the proposed system. This analysis provides a crucial foundation for justifying the chosen approach and technologies in the following chapters.
Chapter 3: Methodology: This chapter details the design and implementation methodology of the proposed commercial vehicle speed warning system. It outlines the general project workflow, describing the steps involved from conceptualization to testing. The hardware implementation section thoroughly explains the selection and integration of hardware components, including the peripheral interface subsystem and the in-vehicle subsystem. The software development section describes the functionality of the software, including the communication protocols used for data transmission and control. This methodical description provides a clear understanding of how the system is designed and built, paving the way for the results presented in the subsequent chapter.
Chapter 4: Results and Discussion: This chapter presents the results obtained from the implementation and testing of the developed system. It demonstrates the functionality of the in-vehicle and peripheral interface subsystems, showcasing the system's capabilities in monitoring vehicle speed and interacting with the user interface. Specific functionalities such as PIN entry, menu navigation, speed setting, and data retrieval are elaborated upon. A comparative analysis against other existing speed monitoring systems like the SPECS system, Speedster radar gun, and Speed Trak II is presented, providing insights into the performance and capabilities of the newly developed system in relation to its counterparts. This chapter offers a thorough evaluation of the system’s success in meeting its objectives.
Keywords
Commercial vehicle speed warning system, vehicle speed measurement, speed sensors, microcontroller, hardware implementation, software development, speed monitoring, road safety, system comparison, performance evaluation.
FAQ: Commercial Vehicle Speed Warning System Thesis
What is this document?
This HTML document provides a comprehensive preview of a thesis on the development of a commercial vehicle speed warning system. It includes a table of contents, objectives and key themes, chapter summaries, and keywords. The information is presented in a structured format for academic analysis.
What are the main objectives of the thesis?
The thesis aims to design and implement a commercial vehicle speed warning system that effectively monitors and warns drivers about exceeding pre-set speed limits. Key themes include vehicle speed measurement and sensor technology, hardware and software design for speed monitoring, component integration, comparison with existing systems, and system performance evaluation.
What topics are covered in each chapter?
Chapter 1 (Introduction): Provides an overview of commercial vehicle speed warning systems, background information, objectives, and thesis organization. Chapter 2 (Literature Review): Reviews existing vehicle speed measurement and monitoring technologies, including various sensor types and system implementations (both in-vehicle and out-vehicle). Chapter 3 (Methodology): Details the design and implementation methodology, covering hardware and software development aspects. Chapter 4 (Results and Discussion): Presents the results of the system's implementation and testing, including comparisons with existing systems (SPECS system, Speedster radar gun, and Speed Trak II). Chapter 5 (Conclusion and Recommendation): Summarizes the findings and offers recommendations.
What specific technologies or components are discussed?
The thesis discusses various speed sensors, microcontrollers, displays, communication modules, and the integration of these components into a functional system. Specific details on the hardware and software design choices are also provided.
How does the thesis compare the developed system to existing systems?
Chapter 4 provides a comparative analysis of the developed system with existing speed monitoring systems such as the SPECS system, Speedster radar gun, and Speed Trak II. This analysis evaluates the performance and capabilities of the newly developed system relative to its counterparts.
What are the key takeaways from this thesis preview?
This thesis presents a detailed account of developing a functional commercial vehicle speed warning system. It highlights the importance of accurate speed measurement, effective hardware and software integration, and the comparative analysis of different technological approaches to improve road safety.
What are the keywords associated with this thesis?
Commercial vehicle speed warning system, vehicle speed measurement, speed sensors, microcontroller, hardware implementation, software development, speed monitoring, road safety, system comparison, performance evaluation.
- Quote paper
- Ngo Chon Chet (Author), 2005, Development of a Vehicle Speed Warning System, Munich, GRIN Verlag, https://www.hausarbeiten.de/document/284134
