Dissertation computing topics

Welcome to the School of Graduate and Postdoctoral Studies' Electronic Theses & Dissertation site. These pages are dedicated to help you find all the information you might require in order to format and successfully submit your graduate thesis for examination and publication electronically.

Electronic Theses and Dissertations (ETDs) are prepared as text-based PDF files. ETDs can contain non-text elements such as sound, video, and hypertext links. ETDs are available through [email protected], Western's digital library repository, and also released to the world-wide web with priority in many search engines, enabling scholars worldwide to locate, search, and download the University of Western Ontario's ETDs.

13. Include a title on your proposal. I'm amazed at how often the title is left for the end of the student's writing and then somehow forgotten when the proposal is prepared for the committee. A good proposal has a good title and it is the first thing to help the reader begin to understand the nature of your work. Use it wisely! Work on your title early in the process and revisit it often. It's easy for a reader to identify those proposals where the title has been focused upon by the student. Preparing a good title means:

    ...having the most important words appear toward the beginning of your title,

    ...limiting the use of ambiguous or confusing words,

    ..breaking your title up into a title and subtitle when you have too many words, and

    ...including key words that will help researchers in the future find your work.
14. It's important that your research proposal be organized around a set of questions that will guide your research. When selecting these guiding questions try to write them so that they frame your research and put it into perspective with other research. These questions must serve to establish the link between your research and other research that has preceded you. Your research questions should clearly show the relationship of your research to your field of study. Don't be carried away at this point and make your questions too narrow. You must start with broad relational questions.

If your dissertation is like most, it will only be read by your committee and some other . candidates seeking to build on your work. As such, it does not need to be a masterwork of literature, nor does it need to solve a long-standing problem in computing. It merely needs to be correct, to be significant in the judgement of your committee, and it needs to be complete. We will all applaud when you change the world after graduation. And at that you will find that many well-known scientists in CS have made their careers in areas different from their dissertation topic. The dissertation is proof that you can find and present original results; your career and life after graduation will demonstrate the other concerns you might have about making an impact.

ACM Queue’s “Research for Practice” is a must-read for practitioners who want to stay current with the latest advances in computing research. In this installment, Albert Kwon reviews research that examines ensuring privacy in our daily online communication. His selections illustrate the possibilities over the horizon: transparent endpoint authentication, enhanced communication metadata protection, etc. Then, James R. Wilcox looks at research that gives us a tour of recent advances in verified systems design and demonstrates the possibility of building end-to-end verified compilers, operating systems, and distributed systems.

Dissertation computing topics

dissertation computing topics

ACM Queue’s “Research for Practice” is a must-read for practitioners who want to stay current with the latest advances in computing research. In this installment, Albert Kwon reviews research that examines ensuring privacy in our daily online communication. His selections illustrate the possibilities over the horizon: transparent endpoint authentication, enhanced communication metadata protection, etc. Then, James R. Wilcox looks at research that gives us a tour of recent advances in verified systems design and demonstrates the possibility of building end-to-end verified compilers, operating systems, and distributed systems.

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