ProQuest Subject Index - Computer science at THE UNIVERSITY OF NORTH CAROLINA AT CHAPEL HILL

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You are viewing titles for THE UNIVERSITY OF NORTH CAROLINA AT CHAPEL HILL in the Computer science available through the UMI Dissertations & Thesis Gradwoorks site

Concurrency-enhancing transformations for asynchronous behavioral specifications	Applying techniques of application layer striping to improve the utilization of a single TCP connection

Graph-based pattern discovery in protein structures	Krylov deferred correction methods for differential equations with algebraic constraints

New approaches for clustering high dimensional data	Soft real-time scheduling on multiprocessors

Continuous medial models in two-sample statistics of shape	Capturing atomic interactions with a graphical framework in computational protein design

Displays for exploration and comparison of nested or intersecting surfaces	Efficient computation of discrete Voronoi diagram and homotopy-preserving simplified medial axis of a 3D polyhedron

Flexible occlusion rendering for improved views of three-dimensional medical images	An MRI segmentation framework for brains with anatomical deviations

Computational video enhancement	Practical photon mapping in hardware

Increasing rendering performance of graphics hardware	A data-driven, piecewise linear approach to modeling human motions

MACBETH: Management of avatar conflict by employment of a technique hybrid	The multiprocessor real-time scheduling of general task systems

Practical surface light fields	Hardware design optimization for human motion tracking systems

Logarithmic perspective shadow maps	Medical image analysis via Frechet means of diffeomorphisms

Computations of Delaunay and higher order triangulations, with applications to splines	Compact appearance in object populations using quantile function based distribution families

Adaptive multiprocessor real-time systems	Clique: Perceptually based, task oriented auditory display for GUI applications

Clustering and shifting of regional appearance for deformable model segmentation	Refinement of object-based segmentation

Radiometric calibration methods from image sequences	Modified Belief Propagation for reconstruction of office environments

Animation, simulation, and control of soft characters using layered representations and simplified physics-based methods	Differential tracking through sampling and linearizing the local appearance manifold

Real world evaluation of techniques for mitigating the impact of packet losses on TCP performance	Encoding of multiple depth streams

Proper shape representation of single figure and multi-figure anatomical objects	Can we work together?

Efficient techniques for end-to-end bandwidth estimation: Performance evaluations and scalable deployment	Estimation of probability distribution on multiple anatomical objects and evaluation of statistical shape models

Object detection and segmentation using discriminative learning	On the design and implementation of a cache-aware soft real-time scheduler for multicore platforms

Concur: An investigation of lightweight migration in support of centralized synchronous distributed collaboration	Efficient algorithms in analyzing genomic data

Silhouettes for calibration and reconstruction from multiple views	Passive, automatic detection of network server performance anomalies in large networks

Multiple layer image analysis for video microscopy	Scalable performance measurement and analysis

Enriching personal information management with document interaction histories	Scene-motion- and latency-perception thresholds for head-mounted displays

Model synthesis	Efficient motion planning using generalized penetration depth computation

Groupwise shape correspondence with local features	A cooperative approach to continuous calibration in multi-projector displays

Analysis and optimization for pipelined asynchronous systems	Model guided rendering for medical images

Multi-view dynamic scene modeling	Towards self-optimizing frameworks for collaborative systems

Compositional analysis techniques for multiprocessor soft real-time scheduling	Rendering and display for multi-viewer tele-immersion

Physically-based sampling for motion planning	Modeling interdependence in collective political decision making

A framework for supporting user-centric collaborative information seeking	Real-walking models improve walking-in-place systems

Integral-equation-based fast algorithms and graph-theoretic methods for large-scale simulations	Redirected free exploration with distractors: A large-scale real-walking locomotion interface

Interactive physically-based sound simulation	Visualization of uncertain multivariate 3D scalar fields

An investigation of the effects of modeling application workloads and path characteristics on network performance	Multi-camera simultaneous localization and mapping

On-line control of active camera networks	Interactive ray tracing of massive and deformable models

Efficient 3D reconstruction of large-scale urban environments from street-level video	Shape-correlated Statistical Modeling and Analysis for Respiratory Motion Estimation

Geometry-driven Feature Detection	Efficient, Scalable Traffic and Compressible Fluid Simulations Using Hyperbolic Models

Efficient Algorithms for Detecting Genetic Interactions in Genome-Wide Association Study	Efficient Geometric Sound Propagation Using Visibility Culling

Weighted Graph Matching Approaches to Structure Comparison and Alignment and their Application to Biological Problems	Visual modeling and simulation of multiscale phenomena

Scheduling and locking in multiprocessor real-time operating systems	Atlas Diffeomorphisms via Object Models

A Behavioral Design Flow for Synthesis and Optimization of Asynchronous Systems	Energy-Precision Tradeoffs in the Graphics Pipeline

Discriminative Subgraph Pattern Mining and Its Applications	How To Efficienty Implement An OSHL-Based Automatic Theorem Prover

Simulation-Based Joint Estimation of Body Deformation and Elasticity Parameters for Medical Image Analysis	Degree-Driven Design of Geometric Algorithms for Point Location, Proximity, and Volume Calculation

Smooth and collision-free navigation for multiple mobile robots and video game characters	Systematic approaches to integrate inconsistent, noisy high-throughput data to bolster subtle relationships obscured by standard analyses