Thesis projects done in CPS040 must be done under the supervision of a faculty advisor, with whom you will meet on a weekly basis. The faculty advisor may design a project for you to work on, or you can propose a project to one of your professors to see if he or she would be willing to supervise it. Professors may have potential projects listed on their websites. Professors with an interest in supervising thesis projects are listed below, along with their general areas of interest. You can approach them in person or look at their websites to find a project that you would like to work on. There is also the possibility of doing a project through UCOSP, (Undergraduate Capstone Open Source Projects) where you work on specified projects with students and mentors from across Canada. The latter must be set up early in August, so if you have an interest in doing a UCOSP project, please contact E. Harley in July or early August.
Abdolreza Abhari, PhD |
Web 2.0 social networking, web mining and information retrieval, data mining and database systems, big data analysis, sensor networks and distributed systems, soft computing and fuzzy logic, modelling and simulation |
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Konstantinos Derpanis, PhD |
Computer vision, Artificial Intelligence |
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Chen Ding, PhD |
Cloud computing, software service selection and ranking, recommender systems, data analytics, social network, behaviour informatics, information retrieval |
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Alexander Ferworn, PhD |
Computational public safety: Urban Search and Rescue (USAR) and Chemical, Biological, Radiological and Nuclear explosives (CBRNe) applications; mobile, autonomous and teleoperated robotics; artificial intelligence and network applications |
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Denis Hamelin, PhD |
Computer science education, multimedia, web design, quantitative research |
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Eric Harley, PhD |
E-learning, bioinformatics, natural language processing |
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David Mason, PhD |
Citizen programmers, programming languages, program analysis, software reliability, code optimization |
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Tim McInerney, PhD |
3D interactive visualization, medical image analysis, 3D human-computer interaction, Computer Graphics |
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Andriy Miranskyy, PhD |
Quantifying and mitigating risks (in the broadest sense) associated with the software engineering process in three different areas: quality assurance, green (energy efficient) software, requirements engineering |
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Ali Miri, PhD, PEng |
Cloud Computing and Big Data, Security and privacy, computer networks, digital communication |
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Jelena Misic, PhD |
Cloud computing and networking, M2M communications, body area networks, cognitive and green networking, network security, performance evaluation |
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Vojislav Misic, PhD |
Wireless networks, software engineering |
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Sophie Quigley, MMath |
Human-computer interaction, user interface design, usability testing |
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Alireza Sadeghian, PhD |
Computational intelligence, neural networks, fuzzy sets of higher order, knowledge based systems, and nonlinear modeling |
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Marcus Santos, PhD |
Genetic and evolutionary computation, knowledge representation and automatic reasoning |
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Mikhail Soutchanski, PhD |
Artificial intelligence knowledge representation and reasoning, computationally tractable reasoning about actions and events |
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Denise Woit, PhD |
Software engineering, software testing, agile software development, software reliability composition |
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Isaac Woungang, PhD |
Network security, mobile communication systems, mobile wireless networks |
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