The following is a listing of the Technical Reports produced by the Department of Computer Science at the University of North Carolina, Chapel Hill. Items that are electronically available may be downloaded by clicking on the link in the 'Download Report' column.
| Report Number |
Authors |
Title |
Download Report |
| TR02-052 | David Kirk McAllister | A Generalized Surface Appearance Representation for Computer Graphics | Available |
| TR02-051 | Mark Foskey; Ming C. Lin; Dinesh Manocha | Efficient Computation of A Simplified Medial Axis | Available |
| TR02-050 | Martin Isenburg; Pierre Alliez | Compressing Polygon Mesh Geometry with Parallelogram Prediction | Available |
| TR02-049 | Martin Isenburg; Pierre Alliez | Compressing Hexahedral Volume Meshes | Available |
| TR02-048 | Martin Isenburg | Compressing Polygon Mesh Connectivity with Degree Duality Prediction | Available |
| TR02-047 | Martin Isenburg; Jack Snoeyink | Coding Polygon Meshes as Compressable ASCII | Available |
| TR02-046 | Ramesh Raskar | Projector-based Three Dimensional Graphics | Available |
| TR02-045 | James H. Anderson; Sanjoy K. Baruah | Energy-aware implementation of hard-real-time systems upon multiprocessor platforms | Available |
| TR02-044 | Paul Yushkevich; Sarang Joshi; Steve Pizer | Feature Selection for Shape-Based Classification of Biological Objects | Available |
| TR02-043 | P. Thomas Fletcher; Conglin Lu; Sarang Joshi | Statistics of Shape via Principal Component Analysis on Lie Groups | Available |
| TR02-042 | Anand Srinivasan; Philip Holman; James Anderson; Sanjoy Baruah | The Case for Fair Multiprocessor Scheduling | Available |
| TR02-041 | Jeremy D. Ackerman | Application of Augmented Reality to Laparoscopic Surgery | Available |
| TR02-040 | Jason McC Smith | An Elemental Design Pattern Catalog | Available |
| TR02-039 | Karl Hillesland; Brian Salomon; Anselmo Lastra; Dinesh Manocha | Fast and Simple Occlusion Culling Using Hardware-Based Depth Queries | Available |
| TR02-038 | Jason Smith; David Stotts | Elemental Design Patterns: A Logical Inference System and Theorem Prover Support for Flexible Discovery of Design Patterns | Available |
| TR02-036 | Samir Naik | Real-time Avatar Construction Using Shape Tape | Available |
| TR02-035 | Robert Katz | Form Metrics for Interactive Rendering via Figural Models of Perception | Available |
| TR02-034 | Michael Meehan; Brent Insko; Mary C. Whitton; Frederick P. Brooks Jr. | Physiological Measures of Presence in Stressful Virtual Environments | Available |
| TR02-033 | Alexandra Bokinsky | Multivariate Data Visualization with Data-Driven Spots | Available |
| TR02-031 | Hye-Chung Kum; Jian Pei; Wei Wang; Dean Duncan | ApproxMAP: Approximate Mining of Consensus Sequential Patterns | Available |
| TR02-030 | David Stotts | 3D Sliders: Programming Uses for 3D Object Warping in Collaborative Virtual Environments | Available |
| TR02-028 | Gokul Varadhan; Dinesh Manocha | Out-of-Core Rendering of Massive Geometric Environments | Available |
| TR02-027 | Naga K. Govindaraju; Avneesh Sud; Sung-Eui Yoon; Dinesh Manocha | Parallel Occlusion Culling for Interactive Walkthroughs using Multiple GPUs | Available |
| TR02-026 | Shelby Funk; Joel Goossens | Modifying EDF for Uniform Multiprocessors | Available |
| TR02-025 | Sanjoy K. Baruah | The non-preemptive scheduling of periodic tasks upon multiprocessors | Available |
| TR02-024 | Kok-Lim Low; Adrian Ilie | View Frustum Optimization To Maximize Object's Image Area | Available |
| TR02-021 | Benjamin Chak Lum Lok | Interacting With Dynamic Real Objects in Virtual Environments | Available |
| TR02-020 | Kelly Ward; Susan Fisher; Ming Lin | Simplified Representations for Modeling Hair | Available |
| TR02-019 | Kok-Lim Low | Viewpoint Calibration With Respect To A Tracker | Available |
| TR02-018 | Kok-Lim Low | Calibrating The HiBall Wand | Available |
| TR02-017 | Jason McC Smith; David Stotts | An Extensible Object Tracking Architecture for Hyperlinking in Real-time and Stored Video Streams | Available |
| TR02-016 | Mark J. Harris | Implementation of a CML Boiling Simulation using Graphics Hardware | Available |
| TR02-015 | Mark Harris | Analysis of Error in a CML Diffusion Operation | Available |
| TR02-014 | Young J. Kim; Miguel A. Otaduy; Ming C. Lin; Dinesh Manocha | "Fast Penetration Depth Computation Using Rasterization Hardware and Hierarhical Refinement" | Available |
| TR02-013 | William V. Baxter; Avneesh Sud; Naga Kiran Govindaraju; Dinesh Manocha | Gigawalk: Interactive Walkthrough of Complex Environments | Available |
| TR02-012 | David Stotts; Mark Lindsey; Angus Antley | An Informal Formal Method for Systematic JUnit Test Case Generation | Available |
| TR02-011 | Jason Smith; David Stotts | Elemental Design Patterns: A Link Between Architecture and Object Semantics | Available |
| TR02-010 | Prashant Baheti; Laurie Williams; Edward Gehringer; David Stotts; Jason Smith | Distributed Pair Programming: Empirical Studies and Supporting Environments | Available |
| TR02-009 | David Stotts; Jason Smith; Laurie Williams | Hypervideo Support for Distributed Extreme Programming | Available |
| TR02-008 | David Stotts; Jan Prins; Lars Nyland | CobWeb: Visual Design of Collaboration Protocols for Dynamic Group Web Browsing | Available |
| TR02-007 | David Stotts; Jason Smith | Automated Hyperlink Markup for Archived Video | Available |
| TR02-006 | Nathan Moon; Elizabeth Bullitt; Koen van Leemput; Guido Gerig | Automatic Brain and Tumor Segmentation | Available |
| TR02-004 | Kenneth E. Hoff; Andrew Zaferakis; Ming Lin; Dinesh Manocha | Fast 3d Geometric Proximity Queries Between Rigid & Deformable Models Using Graphics Hardware Acceleration | Available |
| TR02-003 | Paul Yushkevich; P. Thomas Fletcher; Sarang Joshi; Andrew Thall; Stephen M. Pizer | Continuous Medial Representations for Geometric Object Modeling in 2D and 3D | Available |
| TR02-002 | Thomas Fletcher; Stephen Pizer; Andrew Thall; A. Graham Gash | Shape Modeling and Image Visualization in 3D with M-rep Object Models | Available |
| TR02-001 | Andrew Thall | Fast C^2 Interpolating Subdivision Surfaces using Iterative Inversion of Stationary Subdivision Rules | Available |