ABSTRACT
The purpose of this project is to create a system that automatically converts monophonic music into its MIDI equivalent. Automatic pitch recognition allows for numerous commercial applications, including automatic transcription and digital storage Continue reading
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Tag: MATLAB
Viscosity Dependence of Faraday Wave Formation Thresholds (Electrical/Electronics Project)
ABSTRACT
This experiment uses an electromagnetic shaker to produce standing wave patterns on the surface of a vertically oscillating sample of silicon liquid. These surface waves, known as Faraday waves, form shapes such as squares, lines, and hexagons. Continue reading
Flight Testing Small UAVs for Aerodynamic Parameter Estimation (Electrical/Electronics Project)
ABSTRACT
A flight data acquisition system was developed to aid unmanned vehicle designers in verifying the vehicle’s design performance. The system is reconfigurable and allows the designer to choose the correct combination of complexity, risk, and cost for a Continue reading
Development of a Digital Controller for Motor Control (Electrical/Electronics Project)
ABSTRACT
A digital motor controller for student lab use is designed, built, and tested. The controller uses an encoder for position measurement, and an H-bridge to drive the electromechanical plant. A user interface is created to enhance usability of the device. Continue reading
Compressed Sampling for High Frequency Receivers Applications (Electronics Project)
In digital signal processing field, for recovering the signal without distortion, Shannon sampling theory must be fulfilled in the traditional signal sampling. However, in some practical applications, it is Continue reading
Cryptography using Artificial Neural Networks (Electronics Project)
A Neural Network is a machine that is designed to model the way in which the brain performs a task or function of interest. It has the ability to perform complex computations with ease. The objective of this project was to investigate the use of ANNs in Continue reading
Modelling Pedestrian-Induced Vertical Vibrations of Footbridges (Civil Project)
A pedestrian crowd walking on a footbridge causes the footbridge to vibrate. These vibrations become an issue of serviceability and can give rise to Continue reading
Indoor Navigation Using Accelerometer and Magnetometer (Electronics Project)
This project will create a navigation system based on dead reckoning using an accelerometer and a magnetometer. There have previously been several studies made on navigation with accelerometers, magnetometers (electronic compass) and gyros. With these three components it is possible to Continue reading
An Event Reporting and Early-Warning Safety System based on the Internet of Things for Underground Coal Mines: A Case Study (Electronics/Computer Project)
ABSTRACT
Fatal accidents associated with underground coal mines require the implementation of high-level gas monitoring and miner’s localization approaches to promote underground safety and health. This study introduces a real-time monitoring, event-reporting and Continue reading
Comparative Studies and Analyses of Working Fluids for Organic Rankine Cycles – ORC (Mechanical Project)
This work investigates the optimal working fluids for Organic Rankine Cycles ORC with focus on thermo-physical, environmental and safety aspects. The choice of the working fluid is of key importance for Continue reading
A Method for Detecting Resident Space Objects and Orbit Determination Based on Star Trackers and Image Analysis (Mechanical Project)
ABSTRACT
Satellites commonly use onboard digital cameras, called star trackers. A star tracker determines the satellite’s attitude, i.e. its orientation in space, by comparing star positions with databases of star patterns. In this thesis, I investigate the Continue reading
Cell Selection Game for Densely-Deployed Sensor and Mobile Devices In 5G Networks Integrating Heterogeneous Cells and the Internet of Things (Electrical/Electronics Project)
ABSTRACT
With the rapid development of wireless networking technologies, the Internet of Things and heterogeneous cellular networks (HCNs) tend to be integrated to form a promising wireless network paradigm for 5G. Hyper-dense sensor and mobile Continue reading