COMPUTER SYSTEMS RESEARCH
Fall/Spring 2007 - 2008
Example Research Papers
- Read one of the following papers from these example areas of research:
- Computer graphics:
- Compilers and Languages:
- Grid computing: Legion: Lessons Learned Building a Grid Operating System from
Grid computing at
UVa
- Opensource development:
- Artificial life:
Seeing Around Corners from
Brookings Institue and
Sugarscape
- Agent based ecology:
- Agent based models of society
- Agent based models of financial markets:
- Agent based software engineering:
On Agent Based Software Engineering from
Computational Laboratories
- Cooperation: Evolution of Cooperation from
Evolution of Social Norms
- Ant Colony Optimization:
- Game AI:
- Games - Optimal Path Finding: Near Optimal Hierarchical Path Finding from
Journal of Game Development
- Games:
Game Design Patterns and
Diverse World of Computer Games from
Digital Library at
Digital Games Research Association
- Traffic Modeling:
Modeling Lane-changing Behavior in Presence of Exclusive Lanes from
Publications at
Intelligent Traffic Systems Program MIT, referenced from
Individual Based Models
also Agent-Based Simulation of Traffic Jams, Crowds, and Supply Networks by Helbing; and
A Multi-Agent System for On-Line Simulations based on Real-World Traffic Data by Wahle and Schreckenberg;
Multiagent Traffic Management: Opportunities for Multiagent Learning; and
Intelligent Traffic Light Control by Wiering
- Computer Music:
- Algorithms:
An O(NxN) Heuristic for Steiner Minimal Trees in 3d by MacGregor Smith, Weiss, Patel, from J. MacGregor Smith ECS U. Mass
- Object oriented programming:
Why C++ is not just an Object-Oriented Programming Language by Stroustrup, from
Publications by Bjarne Stroustrup and
Specifying C++ Concepts
- Distributed and Grid computing
- Machine Learning and Pattern Recognition:
Introduction to Machine Learning by Nils J. Nilsson, download from
machine learning website (view with xpdf),
Pattern recognition resources,
more
Pattern recognition files
- Computer Vision:
Human Motion Analysis from
Computer Vision Researchby Ken Tabb
- Natural Language Processing
- Computability Logic: