2024-02-28 15:20:56
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.obsidian/workspace.json
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@ -0,0 +1,99 @@
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CS4983: Senior Technical Report
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- Typically offered in Fall, Winter and Summer
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- 2 credit hour course
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- Counted as technical electives
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- Counts as 2 credit hours towards English writing requirement
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- Meant to be a critical analysis of some appropriate topic, a required component of a report that will be suitable literature survey, including a significant bibliography
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- 70-80 Hours typically
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- Same as CS4997, need to find a supervisor
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- Deliverables:
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- One page proposal
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- Two progress reports
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- The report, generally 10-20 pages
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- Seminar, normally 15 minutes plus 5 minutes for questions
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CS4997: Honors Thesis
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- Typically offered in Fall and Winter as an 8th month course, or a Summer course in 4 months
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- 4 Credit Hour
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- Technical electives for BCS students
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- 4 Credit hours towards 12 credit hour courses that have significant English writing component
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- Required for a BCS Honors
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- 5 out of 7 must be 3rd Year
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- 2 of Those must be 4th Year or higher
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- With a grade of B in this course
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- Cumulative GPA of 3.0, 3.5 for a First Class Honors
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- Good for students who wish to pursue graduate studies as it provides credits towards your graduate required credits
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- Original Research, under supervision and writing a thesis that summarizes the work completed
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- Typically 140-160 person-hours on CS4997
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- Responsible for selecting a thesis topic and obtaining agreement of a CS professor to act as supervisor, you may also work with an external supervisor but you will require an internal CS supervisor
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- Can *possibly* be done in group of two
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- Deliverables:
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- One page proposal, due early in the course, including an initial bibliography
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- A plan, break down your proposal into segments and phases, with an estimated amount of time for each phase
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- Two progress reports, due throughout the course
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- A thesis draft, which can range from and outline and a sample chapter to a preliminary version of the entire thesis
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- A thesis, generally expected to be 15-25 pages
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- A seminar, normally 20 minutes, plus 5 for questions
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CS4999: Directed Studies in Computer Science
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- Pursue directed studies in specific areas and topics related to Computer Science
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- More like a regular course than others, as more regular meetings with professor but still very much directed learning, and the course might only have one or two students in it
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- The students/prof will work out a plan/schedule, there can be assignments, tests, etc., but it needs to be approved
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- Recent Topics:
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- Intro to Mixed Reality
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- Advanced Video Game Development
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- Advanced Algorithmic Techniques
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- Introduction to Kubernetes
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Some recent topics for CS4983 and CS4997
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- Ease of robot sociability in teleoperation
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- Exploration how representation robot teleoperator performance with health indicators can affect teleoperator behavior and experience
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- the story of my robot life
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- Infant cry detection on edge devices
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- An exploration of monolingual English definition with GPT2 and GPT3 models
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- Societal impacts of language models
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## Gaia Info:
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Their project is "Magnetic Resonance on Networks"
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Says very important for graduate school
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Can look into getting work into journals
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How they started with their report was asking profs about work they needed done, and got the project assigned to them
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4th Year Parallelism course by Aubaniel is good apparently.
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## Topics that are of interest to Profs
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Connor Wilson interested in computer science education or in credibility technology (believability of tech)
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Dr. Francis Palma related to software engineering and software quality:
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- Prioritizing issues in Agile Software Development
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- Do Readability in change-proneness of software systems relate?
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- Are poorly designed software systems more prone to design flaws/bugs
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Shadi:
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- Future proofing computer science education
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- Is generative AI reshaping the computer science job market
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## Other Info
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There is a coordinator in the summer and winter, Michael Fleming and David Bremner respectively.
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Designed to explore opportunities to explore some computer science topic that interests you, at a greater level than what you would see in a regular class.
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All of these would involve making arrangements with faculty who would be willing to supervise your project.
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## Finding a project
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In some cases, you might have a fully formed idea and you would need to find a faculty member to supervise this
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In other cases a faculty member will have a well defined project and is looking for a student to complete it
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In some cases, a student might have a general idea, and will meet with supervisors and will try to turn it into a more specific plan
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Students and supervisors will meet regularly to provide guidance but it is expected that students will be able to work independently
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## How to find a supervisor
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- Talk to profs you know
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- Go to the faculty and staff link on the UNB website, and find faculty members that have research interests that line up with yours
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- Attend Bits and Bites presentations
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## My potential ideas
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Needs to be somewhat novel it seems:
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Concurrent Systems
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Operating Systems
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Scheduling
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Graphics
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