- Chapman Computer Science Lab
Shared Knowledge Base about the Computer Science Lab.
Code for CS 202 Fall 2016
- Project & Software Configuration Management
Public links from our home page
- Direct Compressed Rendering
A rendering technique that attempts to gain 10-100x speed using the same methods that image compression tools use to gain 10-100x space--spatial and temporal coherence. The basic idea is to check geometric and inter-frame predictions using a sparse set of raytraced samples. The method should scale to either CPU or GPU renderers, offline or realtime....
Code for CS 201 Fall 2016
Code for CS 311 Fall 2015
Code for CS 311 Fall 2016
Code for CS 311 Fall 2017
Code for CS 321 Spring 2015
Code for CS 321 Spring 2017
Code for CS 331 Spring 2015
Code for CS 331 Spring 2016
Code for CS 331 (UAF) & CSCE 331 (UAA) Spring 2017
Code for CS 372 Spring 2016
Repository used in CS 372, Spring 2016, Assignment 1, Exercise A
Code for CS 381 Fall 2015
Code for CS F381 / CSCE A385 Fall 2017
Code for CS 411/611 Fall 2015
- ITEST: Being There
An NSF-funded telepresence project, to allow middle and high school students to teleoperate robots over the internet.
A collaboration between PI Seta Bogosyan, UAF EE, Co-PI Orion Lawlor, UAF CS, Co-PI Selma Sabanovic, Illinois University Bloomington, and Co-PI Cindy Hmelo-Silver....
- Parallel Graph Algorithms Research
A parallel graph algorithms research project, covering GPU, multicore, and distributed memory implementations of graph coloring, partitioning, and traversal.
In particular, this codebase implements our Compressed Column Index (CCI) scheme (see technical paper or presentation slides), which for well-compressed matrices can beat CUSPARSE's tuned sparse matrix dense vector multiply....
Version control for class examples in CS 482/681, Simulations in Computer Graphics.
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