The design and construction of car controller using telemetry system
Table Of Contents
Chapter ONE
1.1 Introduction1.2 Background of Study
1.3 Problem Statement
1.4 Objective of Study
1.5 Limitation of Study
1.6 Scope of Study
1.7 Significance of Study
1.8 Structure of the Research
1.9 Definition of Terms
Chapter TWO
2.1 Overview of Telemetry Systems2.2 History of Telemetry in Engineering
2.3 Types of Telemetry Systems
2.4 Applications of Telemetry Systems
2.5 Advantages and Disadvantages of Telemetry Technology
2.6 Telemetry System Components
2.7 Telemetry Data Analysis Techniques
2.8 Telemetry System Integration with Car Controllers
2.9 Recent Developments in Telemetry Systems
2.10 Future Trends in Telemetry Technology
Chapter THREE
3.1 Research Design3.2 Sampling Techniques and Sample Size
3.3 Data Collection Methods
3.4 Data Analysis Tools
3.5 Research Instrumentation
3.6 Ethical Considerations
3.7 Validity and Reliability
3.8 Data Interpretation Techniques
Chapter FOUR
4.1 Overview of Car Controller Design4.2 Integration of Telemetry System into Car Controller
4.3 Testing and Calibration Procedures
4.4 Performance Evaluation Metrics
4.5 Data Transmission and Reception Protocols
4.6 Real-time Monitoring and Control Features
4.7 Troubleshooting and Maintenance Guidelines
4.8 Comparison with Traditional Car Controllers
Chapter FIVE
5.1 Summary of Findings5.2 Conclusion
5.3 Recommendations for Future Research
5.4 Implications for Industry and Society
5.5 Contribution to Knowledge
Project Abstract
AbstractThe design and construction of a car controller using a telemetry system involves the integration of advanced technology to enhance the performance and control of a vehicle. This project aims to develop a sophisticated car controller that utilizes telemetry data for real-time monitoring and analysis of various vehicle parameters. The telemetry system enables wireless communication between the vehicle and a control unit, allowing for remote data transmission and control. The key components of the car controller include sensors for capturing data such as speed, temperature, pressure, and GPS location. These sensors provide real-time information that is transmitted wirelessly to the control unit, which processes the data and sends commands back to the vehicle. The control unit is equipped with a microcontroller that manages the incoming data and executes control algorithms to regulate the vehicle's operation. The telemetry system plays a crucial role in enabling seamless communication between the vehicle and the control unit. Through the use of wireless technology, the telemetry system ensures reliable and efficient data transmission, even in dynamic driving conditions. This real-time data exchange allows for precise monitoring of the vehicle's performance and enables quick adjustments to optimize its operation. Furthermore, the car controller design incorporates safety features to enhance the overall driving experience. The telemetry system can provide alerts for critical parameters such as engine temperature or tire pressure, allowing the driver to take immediate action to prevent potential issues. Additionally, the control unit can implement safety protocols to control the vehicle in emergency situations, such as automatic braking or steering assistance. Overall, the design and construction of a car controller using a telemetry system offer numerous benefits in terms of performance, control, and safety. By leveraging advanced technology and wireless communication, this project aims to create a sophisticated system that enhances the driving experience and optimizes vehicle operation. The integration of telemetry data enables real-time monitoring and control, providing drivers with valuable insights and ensuring a safer and more efficient driving environment.
Project Overview
INTRODUCTION
The vehicle system control using telemetry application is all about using a radio wave to control and activate certain events such as the car horn, car head light, car ignition (starter) and car air conditioner etc.
This is achieved by using various tone frequencies by using an encoder via a radio frequency transmitter (low power) that provides the carrier frequency for these tones.
At the receiver end demultiplexing and decoding of these tone takes place via a detector/receiver stage. The output of the encoder is used to turn on a relay switch, which inturn connects power source to either the car engine, horn or lamp etc.
The application of thus project include space exploration, where lunar vehicles are controlled from earth station by using satellite as the medium of transfer of signals.
In the military warfare, unmanned air crafts, missiles and even armoured tanks are controlled these days by using the pinaple of telemetry applications. Other areas include GSM, where a subscriber has the total control of his telephone calls conversation through the BTS (Base Transmission or Transceiver Station). Its application are so vast and large that they are too numerous to mention.
TRANSMITTER
Transmitter is a device that process and possibly encode information, so as to make it suitable for transmission and subsequent reception. In a transmitter the information modulates the carrier. It superimposed an a light frequency since wave modulation varies from one system to another and may be high or low levels. Modulations is of three types amplitude modulation, frequency modulation and pulse modulation or combination of these.
FREQUENCY MODULATION:
Frequency modulation is a system in which the amplitude of the modulated carrier is constant while its frequency and rate of change are varied by the modulating signal. Frequency modulation is much more immune to noise than amplitude modulation noise vector is superimposed on the carrier.
RADIO WAVE
This is simply passing information via electromagnetic wave. Radio communicating use electromagnetic waves to carry information over long distances. These radio waves usually propagate through the earth’s atmosphere to places where they induces EMFs in the antennas of a distant receiver. The main modes of propagation are grand wave propagation sky wave propagation and space wave propagation.
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