Real-time simulators are increasingly important in power system studies and equipment tests by manufacturers, universities, research institutes and power system utilities. Yet their capability for accurately simulating some aspects of very large systems is limited by the burden of additional hardware requirements. Thus, the aim of this project is to develop an improved wide-band system equivalent technique for the real-time digital simulator (RTDS) that will improve its capabilities on super-large power systems.
Voltage-source converters (VSC) that use self-commutated valves have been used for such applications as electric motor drives. Recently with the development of switches with high voltage and current ratings, these converters have been considered for high-power transmission as well. This internship with Manitoba Hydro, Manitoba’s major energy utility, aims at developing accurate computer simulation models for DC transmission systems using voltage-source converters.
At the NRC Institute for Biodiagnostics, a developer of non-invasive medical devices and techniques to increase prospects for prevention, earlier diagnosis, improved treatment and prognosis of diseases, a new optical imaging technology is being developed for detecting early dental decay. In collaboration with Dr. Reza Fazel’s group at the University of Manitoba, a suite of image processing and image analysis methods will be developed to extract out clinically relevant parameters from the images.
Motor Coach Industries Ltd. (MCI), a manufacturer of intercity coaches serving charter and tour operations, requires extensive field tests to validate the durability performance of coaches and components. To reduce the time and expense of these field tests, the intern will conduct mathematical analysis of the recorded acceleration signals in the baggage bay area of a motor coach. Using extensive acceleration data collected by MCI engineers, the intern will identify the predominant vibration modes and study the relationship among these modes.
RTDS Technologies Inc is the manufacturer of RTDS® Simulator, which is a fully digital, wide-band real-time simulator for the power industry. The size of the RTDS hardware and subsequently its monetary cost is proportional to the size of the modelled system. The goal of the intern’s research is to develop an efficient yet accurate equivalencing method for the RTDS® Simulator to reduce the hardware cost of the real-time simulation of a large power system.
Real-time digital simulators are valuable tools for non-destructively studying the transient behavior of electric machinery under stressed conditions. RTDS Technologies is a world-leader in the manufacturing of such simulators and is continually striving to improve its repertoire of available models of electrical equipment. The intern’s project will use special modeling methods to develop a new, more accurate model of electric machines (motors and generators) that accurately represent inter-winding faults.
This project undertakes the visualization of astronomical data in 3D enabling us to study phenomena such as expanding gas shells and rotating galaxies. We will develop a 3D mathematical model of astronomical observational data, apply this model to the data and display the data utilizing the technologies available through the Virtual Reality Centre.
The HVDC Research Centre performs innovative research and development in high-voltage DC (HVDC) and power electronic technologies, instrumentation and simulation. HVDC is committed to finding new methods to improve efficiency in equipment usage and electric power flow. One such application is conversion and shaping of voltage waveforms, which is generally referred to as “modulation”.
During the last few years, Breast Microwave imaging (BMI) has shown its potential as an alternative technique for breast cancer detection. BMI offers a variety of features, such as a high contrast between cancer and breast tissue and non-compressive image acquisition procedures which would make its use desirable in a clinical environment. Due to the fact that target reflections present different travel times and the collected data is a function of the arrival time and scan location, the recorded responses must be reconstructed in order to be properly visualized and interpreted.
For project, the intern will assist with the development of a new software package for a product line of hyperspectral imaging devices for Channel Systems Inc, a developer of technologies for scientific and industrial imaging and measurement. The general purpose of this research is to implement mathematical, statistical, and chemometric tools as software algorithms in order to enhance quality of data and explore both qualitative and quantitative information contained in the hyperspectral data sets. The proposed research is two-fold.