Online Course Materials (Archival)
Instructor: Sam Buss
The links below access current and historical online course
materials. Old course pages are rarely maintained any more, but are
kept in case they are useful for miscellaneous use.
Current, Recent, and Future Courses
Selected Old Courses
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Math 20A - Calculus for Science and Engineering, Fall 2015
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Math 20F - Linear Algebra, Winter 2003
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Math 20F - Linear Algebra, Spring 2003
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Math 176 - Data Structures, Fall 2000.
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Math 15A - Discrete Mathematics, Spring
1999.
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Introduction to Theory of Computability
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Set Theory courses:
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Computer Graphics courses: (Reverse chronological order.)
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Math 155A
- 3D Computer Graphics: Mathematical introduction with OpenGL, Spring 2022
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Math 155A
- Computer Graphics, Fall 2020.
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Math 155B
- Computer Graphics, Spring 2020.
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Math 155A
- Computer Graphics, Winter 2020.
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Math 155B
- Mathematical Computer Graphics, Spring 2019.
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Math 155A. Computer Graphics I.
Winter 2019.
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Math 155B. Computer Graphics II.
Spring 2018.
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Math 155A.
Mathematical Computer Graphics I.
Winter 2018.
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Math 155B.
Mathematical Computer Graphics II.
Spring 2017.
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Math 155A.
Mathematical Computer Graphics I.
Winter 2017.
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Math 155B.
Mathematical Computer Graphics II.
Spring 2017.
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Math 155A.
Mathematical Computer Graphics.
Winter 2012.
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Math 155A - Introduction to Computer Graphics I,
Spring 2005.
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Math 155B - Introduction to Computer Graphics II, Winter
2005.
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CSE 167 - Introduction to Computer Graphics I, Fall
2004.
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Math 155B - Introduction to Computer Graphics II,
Winter 2004.
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CSE 167 - Introduction to Computer Graphics, Fall
2003.
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Math 217A - Computer Graphics, Spring
2002.
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Math 155AB - Geometric Computer Graphics,
Winter-Spring 2001.
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Math 155AB - Geometric Computer Graphics,
Fall 1999 - Winter 2000.
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Math 217A - Computer Graphics and Virtual Reality, Spring 1997.
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Logic, Combinatorics, and Complexity: Courses and Seminars:
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Math 160B
- Introduction to Mathematical Logic, Winter 2022.
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Math 160A
- Introduction to Mathematical Logic, Fall 2021.
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Math 260B
- Mathematical Logic, Winter 2020.
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Math 260A
- Mathematical Logic, Fall 2019.
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Math 160A. Mathematical Logic.
Winter 2016.
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Math 261A.
Probabilistic Combinatorics.
Fall 2015.
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Math 261C. Randomized Algorithms.
Spring 2014.
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Math 268/199
- Seminar on propositional and algebraic proof systems
and SAT solvers, Fall 2021 onward.
- Math 268.
Seminar: Introduction to Proof Complexity .
Winter 2014.
- Math 262AB.
Combinatorics: Circuit Complexity .
Fall 2013.
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Math 260AB. Mathematical Logic.
Fall 2012 - Winter 2013.
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Math 268.
Topics in Computability and Randomness.
Winter 2013. Sublinear space algorithms.
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Math 268.
Topics in Computability and Randomness.
Fall 2012. IKW Theorem.
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Math 268. Topics in Computability and Randomness.
Fall 2011 - Spring 2012.
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Math 260AB. Mathematical Logic.
Winter-Spring 2012.
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Math 268. Computational Complexity.
Winter and Spring 2011.
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Math 260AB. Introduction to Mathematical Logic.
Fall 2007 - Spring 2008.
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Math 268 - Seminar on Logic: Resolution and Satisfiability Algorithms,
Winter-Spring 2007.
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Math 267C - Topics in Logic, Spring 2003. Course
announcement.
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Math 160AB - Mathematical Logic,
Winter-Spring 2002.
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Math 267A - Propositional Proof Complexity,
Winter 2002. - Student written scribes notes available online
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Math 267A - Mathematical Foundations of Cryptography,
Winter 1997. Course description and scribe notes.
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Math 267A - Probabilistically Checkable Proofs, Spring 1996.
Pointers to material on the web.
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Math 267A - Circuit Complexity,
Winter and Spring 1992. All 156 pages of the student written lecture
notes plus homework assignments are available.
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Math 260ABC. Introduction to Mathematical Logic,
Fall 1988 - Spring 1989. Lecture notes online - scribed by Bruce Wieand.
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Math 271. Topics in Weak Formal Systems,
Berkeley, Winter/Spring 1988. Lecture notes scribed by students and homework assignments.
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Math 125. Introduction to Mathematical Logic,
Berkeley, Winter/Spring 1987. Some old handwritten handouts.
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Computer Literacy Course - Spring 1996. There are
web pages for the entire course; or go directly to documentation based
on Buss's lectures:
Quotations.
Jason Lee has saved
a few quotations from one of my Set Theory courses.