Signal processing for Power Quality Monitoring
The issue of delivering quality power to users is increasingly becoming important as equipment and devices with sensitive electronics proliferate. High-quality power is indispensable for the proper operation of medical devices, robots, computers and telecommunications, and other equipment. Power quality disturbance not only can destroy and damage equipment, but it can also cause vulnerable electronic equipment to malfunction resulting in disruption of operations and other disastrous consequences with significant economic loss. The objective of this research is to develop real-time and robust signal processing algorithms for the detection and monitoring of power quality disturbances.
Student Outcomes: The desired outcome of this project would be to have a report, possibly a conference paper, with design and simulations. Also, the students may develop hardware for implementing the developed algorithm.
Requirements:
- Strong background in circuit analysis and mathematics;
- Excellent working knowledge of MATLAB;
- Self-motivation and passion to learn new things.
Time Commitment: To work approximately 10 hours/week, with weekly progress reports with advisers. A multi-quarter project.
Schools or Related Disciplines:
Science, Technology, Engineering and Math (STEM)
STEM – Computing and Software Systems (CSS)
STEM – Engineering and Mathematics
Category: Research and Creative Projects
Time: estimated hours per week is 10hrs – 15hrs
Credit/Compensation Notes: This is a volunteer or unpaid position
Contact: Tadesse Ghirmai, Ph.D., tadg@uw.edu
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