Ian Ashdown Radiosity Bibliography TOC

Ian Ashdown Radiosity Bibliography: Table of Content

1 Mesh Redistribution in Radiosity
2 Two Adaptive Techniques Let Progressive Radiosity Outperform the Traditional Radiosity Algorithm
3 Towards Image Realism with Interactive Update Rates in Complex Virtual Building Environments
4 Design Methodology of Boundary Data Structures
5 Closed Form Solution of the General Three-Dimensional Radiation Configuration Factor Problem with Microcomputer Solution
6 Distribution-Independent Hierarchical N-Body Methods
7 VISULUX: A Radiosity Based Lighting Design Tool
8 An Improved Incremental Algorithm for Constructing Restricted Delaunay Triangulations
9 Visibility Masks for Solving Complex Radiosity Computations on Multiprocessors
10 On the Division of Environments by Virtual Walls for Radiosity Computation
11 A New Radiosity Approach for Regular Objects: Application to Ruled Surfaces
12 Improving the Zonal Method Through the Use of Series Developments to Approximate Volume/Volume Form Factors
13 Proximity Radiosity: Exploiting Coherence to Accelerate Form Factor Computations
14 Linear Operators and Integral Equations in Global Illumination
15 Transfer Functions in Global Illumination
16 A Framework for the Analysis of Error in Global Illumination Algorithms
17 The Irradiance Jacobian for Partially Occluded Polyhedral Sources
18 Analytic Methods for Simulated Light Transport
19 Applications of Irradiance Tensors to the Simulation of Non- Lambertian Phenomena
20 The Role of Functional Analysis in Global Illumination
21 Backward Ray Tracing
22 Particle Transport and Image Synthesis
23 A Hierarchical Ray-Casting Algorithm for Radiosity Shadows
24 Radiosity and Realism
25 Modeling Complex 3-D Light Sources
26 Near-Field Photometric Method and Apparatus
27 Near-Field Photometry: A New Approach
28 Radiosity On-line: A Bibliography
29 Radiosity: A Programmer's Perspective
30 Near-Field Photometry: Measuring and Modeling Complex 3-D Light Sources
31 Lighting for Architects
32 Making Near-Field Photometry Practical
33 A Survey of Numerical Methods for the Solution of Fredholm Intergral Equations of the Second Kind
34 A Fast Matrix-Vector Multiplication Method for Solving the Radiosity Equation
35 The Collocation Method for Solving the Radiosity Equation for Unoccluded Surfaces
36 The Collocation Method for Solving the Radiosity Equation for Unoccluded Surfaces
37 A Hierarchical Illumination Algorithm for Surfaces with Glossy Reflection
38 A Hierarchical Illumination Algorithm for Surfaces with Glossy Reflection
39 Hierarchical Algorithms for Illumination
40 Importance and Discrete Three Point Transport
41 VolVis: A Diverisifed Volume Visualization System
42 A Parallel Progressive Radiosity Algorithm Based on Patch Data Circulation
43 A Parallel Progressive Radiosity Algorithm Based on Patch Data Circulation
44 Advancing Front Meshing for Radiosity Solutions
45 Performance of Advancing Front Algorithms for Triangulating Radiosity Meshes
46 A Review of Monte-Carlo and Quasi-Monte Carlo Ray-Tracing Algorithms
47 Illumination in Partitioned Spaces
48 Refinement Algorithms and Data Structures for Regular Local Mesh Refinement
49 A Progressive Radiosity Algorithm for Environments with Curved Surfaces
50 A Progressive Radiosity Algorithm for Scenes Containing Curved Surfaces
51 Shading Models for Linear and Area Light Sources
52 An Efficient Form-Factor Evaluation Algorithm for Environments with Curved Surfaces
53 A Progressive Radiosity Algorithm Based On Piecewise Polynomial Intensity Distribution
54 Shading with Curve Light Sources
55 A Parallel Strategy to Improve the Calculation of Form Factors
56 Fast Radiosity Solutions for High Average Reflectance Environments
57 Iterative Methods for Fast Radiosity Solutions
58 Eigen-Analysis for Radiosity Systems
59 The Parametric Differential Method: An Alternative to the Calculation of Form Factors
60 Eigenvalues and Eigenvectors in the Radiosity Context
61 Efficient Rendering of Radiosity Using Textures and Bicubic Reconstruction
62 Radiosity Viewer with On the Fly Corrected Illumination
63 Efficient Rendering of Radiosity Using Texture and Bicubic Interpolation
64 Reconstruction of Illumination Functions using Bicubic Hermite Interpolation
65 Improved Sampling and Reconstruction in Radiosity
66 Efficient Rendering of Radiosity Using Textures and Bicubic Reconstruction
67 The Back-Buffer Algorithm: An Extension of the Radiosity Method to Dynamic Environments
68 Improving Radiosity Solutions Through the Use of Analytically Determined Form-Factors
69 Real Time Radiosity Through Parallel Processing and Hardware Acceleration
70 Making Radiosity Usable: Automatic Preprocessing and Meshing Techniques for the Generation of Accurate Radiosity Solutions
71 Winged Edge Polyhedron Representation
72 Geometric Modeling for Computer Vision
73 A Polyhedron Representation for Computer Vision
74 A Progressive Importance-Driven Rendering Algorithm
75 Importance-Driven Progressive Refinement Radiosity
76 Error Control for Radiosity
77 Hirad: A Hierarchical Higher Order Radiosity Implementation
78 Hierarchical Radiosity on Topological Data Structures
79 A Cubic Tetrahedral Adaptation of the Hemi-Cube Algorithm
80 Delta Form-Factor Calculation for the Cubic Tetrahedral Algorithm
81 Mesh Generation and Optimal Triangulation
82 Mesh Generation and Optimal Triangulation
83 Light Pipes: A New Method for Global Illumination
84 The Multi-Frame Lighting Method: A Monte Carlo Based Solution for Radiosity in Dynamic Environments
85 Approximation der Rendering Equation durch Evolutionare Algorithmen
86 Rayvolution: An Evolutionary Ray Tracing Algorithm
87 Simulation of Global Illumination: An Evolutionary Approach
88 An Interactive Radiosity Based Rendering System
89 Photorealistic Volume Rendering of Media with Directional Scattering
90 Application of Rapid Hierarchical Radiosity to Participating Media
91 Photorealistic Volume Rendering
92 Application of Rapid Hierarchical Radiosity to Participating Media
93 Accurate Simulation of Scene Luminance
94 Accurate Image Simulation by Hemisphere Projection
95 Hemispherical Projection of a Triangle
96 Non-Uniform Patch Luminance for Global Illumination
97 A Rendering Algorithm for Discrete Volume Density Objects
98 An Importance Driven Monte-Carlo Solution to the Global Illumination Problem
99 A Stochastic Interpretation of Bouguer's Law for Global Illumination
100 Multiprozessor Rendering Nach der Radiosity Methode (Radiosity on a Multiprocessor Network)
101 A Parallel Approach to Hierarchical Radiosity
102 Efficiently Representing the Radiosity Kernel through Learning
103 An Error Metric for Monte Carlo Ray Tracing
104 The Radiosity Method in Optical Remote Sensing of Structured 3-D Surfaces
105 Simulation of Partially Obscured Scenes Using the Radiosity Method
106 Atmospheric Corrections Using the Volume Radiosity Model
107 Adjacency-blurring Effect of Scenes Modeled by the Radiosity Method
108 Remote Sensing Applications of the Extended Radiosity Method
109 Radiosity Modeling for Remote Sensing Applications
110 Radiosity Based Model for Terrain Effects on Multi-Angular Views
111 Drawing Nice Projections of Objects in Space
112 Data Management Scheme for Parallel Radiosity
113 Discontinuity Meshing and Hierarchical Multiwavelet Radiosity
114 Light Simulation for Image Synthesis: Algorithmic Aspects
115 Photorealism in Computer Graphics
116 A Two-Pass Physics-Based Global Lighting Model
117 Interactive Walkthrough Using Particle Tracing
118 Computation of Higher Order Illumination with a Nondeterministic Approach
119 A Theoretical Analysis of Global Illumination Models
120 Interior Point-by-point Calculations in Obstructed Spaces
121 Applications and Comparisons of Different Mathematical Methods to Compute Form Factors for Radiosity Images
122 A Computational Method to Simulate Light Propagation in Fog: Theory, Experimental Verification and Applicability to Road Lighting Systems Analysis
123 Thermal Radiative Transfer and Properties
124 Distributed Progressive Radiosity on a Workstation Network
125 Balanced Progressive Radiosity on a Workstation Network
126 The Cinema Integraph
127 Photorealistic Rendering in Computer Graphics
128 A VLSI Algorithm for Computing Form-Factors in Radiative Transfer Computer Image Synthesis
129 A VLSI System Architecture for High-Speed Radiative Transfer 3D Image Synthesis
130 Illumination Networks: Fast Realistic Rendering with General Reflectance Functions
131 An Energy-Balance Method for Animation
132 Illumination Networks
133 Some Problems of Inter-reflection
134 On the Radiation from the Inside of a Circular Cylinder
135 On the Radiation from the Inside of a Circular Cylinder II
136 The Blackness of Blackbodies and the Illumination of Lightwells
137 On the Radiation from the Inside of a Circular Cylinder III
138 Radiosity Algorithms Using General Reflectance Functions
139 Models and Algorithms for Computing Realistic Images Containing Diffuse Reflections
140 Global Illumination Using Radiosity
141 The Mathematics of Radiative Transfer
142 Visualizacion Fotorrealistica Por Ordenador de Objectos 3D Mediante Tecnicas de Radiosidad Y Ray Tracing
143 A Neuro-Evolutionary Unbiased Global Illumination Algorithm
144 Temporal Evolution of the Bidirectional Reflectances: The Radiosity Approach
145 Videorealistic Methods for Interior Light Design
146 Parallel Processing for Progressive Refinement Radiosity
147 Progressive Refinement Radiosity on Ring-Connected Multicomputers
148 The Treatment of Obstruction in Interior Design - Computer Analysis
149 Lumen Design Method for Obstructed Interiors
150 Design Calculations for Electric Lighting in Real Interiors
151 Design Calculations for Electric Lighting in Real Interiors
152 An Improved Hierarchical Radiosity Method
153 The Symmetric Radiosity Formulation
154 Parallel Hierarchical Radiosity Rendering
155 Radar Cross Section of Complex Radar Targets in Real Time
156 Modeling Characteristics of Light: A Method Based on Measured Light
157 Fast Image Generation Using Progressive Refinement Radiosity for Parallel Machines
158 Implementing a Radiosity Method Using a Parallel Adaptive System
159 Parallel Radiosity Methods
160 A Minimum Path System for Parallel Processing
161 Parallel Processing of Progressive Refinement Radiosity Methods
162 Radiative Transfer
163 Bi-directional Ray Tracing
164 The Radiosity Technique for Image Synthesis
165 An Adapted Solution of Progressive Radiosity and Ray-Tracing Methods for Non-diffuse Environments
166 An Efficient Radiosity Solution for Bump Texture Generation
167 Radiosity for Furry Surfaces
168 A Progressive Radiosity Method and its Implementation in a Distributed Processing Environment
169 Incremental Radiosity: An Extension of Progressive Radiosity to an Interactive Image Synthesis System
170 Implementing Progressive Radiosity with User-Provided Polygon Display Routines
171 A Progressive Multi-Pass Method for Global Illumination
172 Lens Effect on Synthetic Image Generation Based on Light Particle Theory
173 Finite Element Method in the Calculation of Radiosity Form Factors
174 A View Interpolation Technique Taking Into Account Diffuse and Specular Inter-Reflections
175 Constrained Delaunay Triangulations
176 Guaranteed-Quality Triangular Meshes
177 Spatially Nonuniform Scaling Functions for High Contrast Images
178 A Study of Lighting System Performance in Partitioned Spaces
179 Global Illumination for Professional 3D Animation, Visualizatio
180 Clustering for Gossy Global Illumination
181 A Continuous Adjoint Formulation for Radiance Transport
182 Global Illumination of Glossy Environments Using Wavelets and Importance
183 Importance-driven Wavelet Radiance
184 Wavelet Radiance
185 Clustering for Glossy Global Illumination
186 Hierarchical Techniques for Glossy Global Illumination
187 Global Illumination of Glossy Environments Using Wavelets and Importance
188 Development of a Radiosity Based Image Synthesis System to Investigate Vision
189 Incremental Updates to Scenes Illuminated by Area Light Sources
190 Fast Approximate Quantitative Visibility for Complex Scenes
191 Solutions to the Global Illumination Problem: A Comparative Study
192 The Light Volume: An Aid to Rendering Complex Environments
193 A Parallel Radiosity Method for Shared Memory Multiprocessors
194 Integral and Integro-Differential Systems
195 A Rendering Pipeline for Street Lighting Simulation
196 Modelling the Texture of Paint
197 Simplification Envelopes
198 The Hemi-Cube: A Radiosity Solution for Complex Environments
199 A Radiosity Method for the Realistic Image Synthesis of Complex Diffuse Environments
200 An Efficient Radiosity Approach for Realistic Image Synthesis
201 A Progressive Refinement Approach to Fast Radiosity Image Generation
202 Radiosity
203 State of the Art in Image Synthesis
204 Radiosity and Realistic Image Synthesis
205 Adaptive Splatting for Specular to Diffuse Light Transport
206 Reconstruction of Indirect Illumination from Area Luminaires
207 Wavefront Tracking for Global Illumination Solutions
208 The Isoluminance Contour Model
209 Distributed Ray Tracing
210 Practical Aspects of Distributed Ray Tracing
211 Stochastic Sampling in Computer Graphics
212 Direct Monte Carlo Calculation of Radiative Heat Transfer in Vacuum
213 Hybrid Acceleration Methods for Ray Tracing
214 Sumpner's Principle: A Discussion
215 Hierarchical Lighting Simulation for Outdoor Scenes
216 Finite-Element Modeling of Radiation Heat Transfer Coupled with Conduction in an Adaptive Method
217 Computational Methods for Integral Equations
218 A Parallel System for Photo Realistic Artificial Scene Rendering
219 A Parallel Image Rendering Algorithm and Architecture Based on Ray Tracing and Radiosity Shading
220 A Parallel System for Photo Realistic Artificial Scene Rendering
221 A Parallel System for Photo Realistic Artificial Scene Rendering
222 Computational Geometry and Image Synthesis
223 Modelisation et Simulation Des Proprietes Radiatives Des Sources Lumineuses
224 Modelling the Spatial Energy Distribution of Complex Light Sources for Lighting Engineering
225 Properties of Tabulated Bidirectional Reflectance Distribution Functions
226 Pipeline Rendering: Interactive Refractions, Reflections
227 Pipeline Rendering: Interaction and Realism through Hardware-Based Multi-Pass Rendering
228 On the Computation of Equivalent Sphere Illumination
229 On a New Technique for Interreflected Component Calculations
230 On Radiative Transfer Calculations in Unempty Rooms
231 On the Simplification of Radiative Transfer Calculations
232 Verifying the Applicability of Computer Generated Pictures to Lighting Design
233 On the Development of a Recursive Method for the Solution of Radiative Transfer Problems
234 On Setting Up and Solving Large Radiative Transfer Systems
235 Non-Diffuse Radiative Transfer I: Planar Area Sources and Point Receivers
236 Non-Diffuse Radiative Transfer I: Planar Area Sources and Point Receivers
237 Non-Diffuse Radiative Transfer II: Planar Area Sources and Receivers
238 Non-Diffuse Radiative Transfer 4: General Procedure for Planar Area Sources and Area Receivers
239 Non-Diffuse Radiative Transfer III: Inhomogeneous Planar Area Sources and Point Receivers
240 Nondiffuse Radiative Transfer 5: Calculation of Occluded Form Factors
241 Nondiffuse Radiative Transfer 4: General Procedure for Planar Area Sources and Area Receivers
242 Nondiffuse Radiative Transfer 3: Inhomogeneous Planar Area Sources and Point Receivers
243 Stochastic Sampling: Theory and Application
244 Quick Rendering Method Using Basis Functions for Interactive Lighting Design
245 A Quick Rendering Method for Outdoor Scenes Using Sky Light Luminance Function Expressed with Basis Functions
246 Method for Calculation of Sky Light Luminance Aiming at an Interactive Architectural Design
247 Bidirectional Radiosity Approach for Complex Environments
248 Hemi-Sphere Base Projection Method for Calculating Form Factor and its Parallelization for Radiosity
249 Parallel Algorithms for Radiosity
250 Design and Simulation of Opera Lighting and Projection Effects
251 Computer Graphics Techniques for Opera Lighting Design and Simulation
252 Interactive Design of Complex Time-Dependent Lighting
253 Interactive Common Illumination for Computer Augmented Reality
254 Tightly-Coupled Multiprocessing for a Global Illumination Algorithm
255 Accurate and Consistent Reconstruction of Illumination Functions Using Structured Sampling
256 Hierarchical Parallelism for a Global Illumination Algorithm
257 Concrete Computation of Global Illumination Using Structured Sampling
258 A Fast Shadow Algorithm for Area Light Sources Using Backprojection
259 Simplifying the Representation of Radiance from Multiple Emitters
260 Structure-Directed Sampling, Reconstruction, and Data Representation for Global Illumination
261 Structured Sampling and Reconstruction of Illumination for Image Synthesis
262 Accurate Visibility and Meshing Calculations for Hierarchical Radiosity
263 Structured Penumbral Irradiance Computation
264 Interactive Common Illumination for Computer Augmented Reality
265 Interactive Update of Global Illumination Using a Line-Space Hierarchy
266 Faster Radiosity Using a Data Parallel Architecture
267 Fast Radiosity Using a Data Parallel Architecture
268 Dynamic Subdivision in Radiosity
269 Acceleration Techniques for the Radiosity Method
270 Improved Visibility Computation for Clustering in Radiosity
271 Transport Theory
272 Parallelization of the Radiosity Model
273 On the Parallelization of the Radiosity Model
274 Radiant Interchange in an Enclosure with Specular Surfaces and Enclosures with Window or Diathermanous Walls
275 Monte Carlo Light Tracing with Direct Pixel Contributions
276 A Mathematical Framework for Global Illumination Algorithms
277 Mathematical Frameworks and Monte Carlo Algorithms for Global Illumination in Computer Graphics
278 Importance-Driven Monte Carlo Light Tracing
279 Potential-Driven Monte Carlo Particle Tracing for Diffuse Environments with Adaptive Probability Density Functions
280 Bidirectional Radiosity
281 Complex Scene Generation
282 Heat and Mass Transfer
283 Analysis of Heat and Mass Transfer
284 Radiative Heat Exchange Between Surfaces with Specular Reflection
285 Influence of Objects in Rooms on Illuminance and Luminance Distribution
286 Cubic Monte Carlo Radiosity
287 Monte Carlo Radiosity Using Piecewise Cubic Illumination Functions
288 Energy Preserving Reconstruction of the Illumination Function for Radiosity Methods
289 Spectral Radiance Factors: Measurements by a Gonioradiometric Method
290 Implementation of the Finite Element Method for Non-Lambertian Indoor Surfaces
291 Light Scattering by Rough Surfaces: Electromagnetic Model for Lighting Simulations
292 Light Reflection Model for Lighting Applications
293 Analysis and Modelling of Luminous Reflection Applied to Lighting Simulations
294 A Comparative Study of Methods for Computing the Diffuse Radiation Viewfactors for Complex Structures
295 Distributed Supercomputing to Achieve Real-Time Representation and Manipulation of Complex Scenes
296 Generalizing the Shadow Function of Global Illumination Models in Ray Tracing
297 Algorithm for Constrained Delaunay Triangulation
298 Determination of Configuration Factors of Irregular Shapes
299 Accelerating Radiosity by Overshooting
300 Progressive Ray Refinement for Monte Carlo Radiosity
301 Efficient Radiosity Algorithms
302 Efficient Realistic Image Synthesis by Parallel Monte Carlo Radiosity on Transputers
303 A Median Cut Algorithm for Efficient Sampling of Radiosity Functions
304 Progressive Refinement Radiosity on a Transputer Network
305 Parallel Radiosity on Transputers with a Combined CSG-BRep Data Structure
306 Improving Intermediate Radiosity Images Using Directional Light
307 Parallel Radiosity on Transputer with Low Communication Overhead
308 Speeding Up Progressive Radiosity by Overshooting
309 A Monte Carlo Approach for Galerkin Radiosity
310 A Parallel Hierarchical Radiosity Algorithm for Complex Scenes
311 Paralelizacion Del Metodo Global de Monte-Carlo Para el Calculo de Factores de Forma
312 A Comparison of Techniques for the Transformation of Radiosity Values to Monitor Colors
313 Implementing Radiosity on Vector-Computers
314 A Two-Pass Radiosity Method for CSG-Models
315 A Model of Visual Adaptation for Realistic Image Synthesis
316 The Method of Weighted Residuals and Variational Principles
317 Discrete-ordinates Solutions of the Radiative Transport Equation for Rectangular Enclosures
318 Computational Galerkin Methods
319 Zur Berechnung der Beleuchtungsstarke
320 The Illumination from Surfaces of Arbitrary Shape
321 Computer Graphics, Principles and Practice, Second Edition
322 Mutual Illumination
323 Shape from Shading in the Light of Mutual Illumination
324 Reflections on Shading
325 Efficient Radiosity in Dynamic Environments
326 FIAT LUX: Light-Driven Global Illumination
327 Common Illumination Between Real and Computer Generated Scenes
328 From Local to Global Illumination and Back
329 Separating Reflection Functions for Linear Radiosity
330 Mathematical Approaches to Solving the Luminous Radiative Transfer Problem
331 Selective Refinement: A New Strategy for Automatic Node Placement in Graded Triangular Meshes
332 Efficient Use of Image and Intervisibility Coherence in Rendering and Radiosity Calculations
333 Wavelets on the Interval for Radiosity
334 The Global Cube: A Light Energy Distributor for Light
335 Pixel-Planes 5: A Heterogeneous Multiprocessor Graphics System Using Processor-Enhanced Memories
336 Turbo Beam Tracing - A Physically Accurate Lighting Simulation Environment
337 Coarse-Grained Parallelism for Hierarchical Radiosity Using Group Iterative Methods
338 Database Management for Interactive Display of Large Architectural Models
339 A Comparison of Physically and Empirically Based Illumination Models
340 A Multiple Shooting Vectorial Algorithm for Progressive Radiosity
341 Progressive Radiosity Solutions on SIMD Architecture
342 Parallel Radiosity Algorithm on Distributed Memory Multiprocessor
343 Paralleles Hierarchisches Radiosity auf der CM-5
344 Parallel Hierarchical Radiosity on the CM-5
345 Hierarchical Radiosity - An Analysis of Computational Complexity
346 Radiosity: A Proposed Alternative to the Hemi-cube Algorithm
347 Optimizing Discontinuity Meshing Radiosity
348 Radiosity in Computer Graphics: A Proposed Alternative to the Hemi-cube Algorithm
349 Optimizing Discontinuity Meshing Radiosity
350 Optimisation of Lighting Design Application by Implementation on High Performance Parallel Computing Hardware
351 Heat Transfer
352 Color Representation in Virtual Environments
353 A Radiosity Redistribution Algorithm for Dynamic Environments
354 Radiosity Redistribution for Dynamic Environments
355 Automatic Mesh Generation
356 Textures and Radiosity: Controlling Emission and Reflection from Texture Maps
357 Textures and Radiosity: Controlling Emission and Reflection with Texture Maps
358 An Adaptive Gauss Method for Computing Irradiance Coefficients of Galerkin Radiosity Systems
359 Integration Methods for Galerkin Radiosity Couplings
360 Svetovoe Pole (The Light Field, in English)
361 Principles of the Radiosity Method versus Radiative Transfer for Canopy Reflectance Modeling
362 Principles of the Radiosity Method versus Radiative Transfer for Canopy Reflectance Modeling
363 Remote Sensing Applications of the Extended Radiosity Method
364 Principles of the Radiosity Method versus Radiative Transfer for Canopy Reflectance Modeling
365 A Complete Treatment of D1 Discontinuities in a Discontinuity Mesh
366 Efficient Radiosity for Complex Environments
367 Efficient Hierarchical Refinement and Clustering for Radiosity in Complex Environments
368 Perceptually Driven Radiosity
369 Data Parallel Two Pass Rendering
370 Realism and Interactivity in Picture Synthesis
371 Introduction to Ray Tracing
372 Maintaining Winged-Edge Models
373 Dynamic Stratification
374 Principles of Digital Image Synthesis
375 A Computer Graphics Based Model for Scattering from Objects of Arbitrary Shapes in the Optical Region
376 Primitives for Problems Using Hierarchical Algorithms on Distributed Memory Machines
377 Progressive Radiosity Using Hemispheres
378 Parallel Progressive Refinement and Projection-based Discontinuity Meshing for Radiosity
379 Modelling the Interaction of Light Between Diffuse Surfaces
380 A Model for the Interaction of Light Between Diffuse Surfaces
381 Radiosity and Relaxation Methods: Progressive Refinement is Southwell Relaxation
382 Solving the Radiosity Linear System
383 Wavelet Radiosity
384 Radiosity and Relaxation Methods
385 Wavelet Methods for Computer Graphics
386 The Lumigraph
387 A Framework for Radiosity Techniques
388 Applications of the L-Systems for Canopy Reflectance Modelling with Monte Carlo Ray Tracing Technique
389 Parallelization Schemes for the Progressive Refinement Radiosity Method for the Synthesis of Realistic Images
390 Radiosity: A Method for Computing Global Illumination
391 ACM SIGGRAPH '89 Course Notes - Radiosity
392 Light Reflection Models for Computer Graphics
393 ACM SIGGRAPH '90 Course Notes - Advanced Topics in Ray Tracing @MISCGreenberg90-SDR
394 System for Deriving Radiation Images
395 ACM SIGGRAPH '91 Course Notes - Frontiers in Rendering @INPROCEEDINGSGreene93-HZ
396 Hierarchical Z-Buffer Visibility
397 A Fast Algorithm for Particle Simulations
398 The Irradiance Volume
399 Blockwise Refinement - A New Method for Solving the Radiosity Problem
400 Computing Specular-to-Diffuse Illumination for Two-Pass Rendering
401 BMRT: A Global Illumination Implementation of the RenderMan Standard
402 Polyhedral Geometry and the Two-Plane Parameterization
403 Primitives for the Manipulation of General Subdivisions and the Computation of Voronoi Diagrams
404 Two Parallel Approaches for a Progressive Radiosity
405 Implementation Results and Analysis of a Parallel Progressive Radiosity
406 A Parallel Method for Progressive Radiosity
407 On the Galerkin Approximation of Nonsmooth Boundary Integral Equations Arising in Radiative Heat Transfer
408 Methods for Efficient Sampling of Arbitrary Distributed Volume Densities
409 Beams O' Light: Confessions of a Hacker
410 Radiosity Bibliography
411 Ronchamp: A Case Study for Radiosity
412 Shaft Culling for Efficient Ray-Traced Radiosity
413 Directional Methods in Radiosity
414 An Improved Explicit Radiosity Method for Calculating Non-Lambertian Reflections
415 Improved Radiosity Method for Calculating Non-Lambertian Reflections
416 An Analysis and Modification of Shao's Radiosity Method for Computer Graphics Image Synthesis
417 Illumination and Color in Computer Generated Imagery
418 The Radiosity Model
419 Radiant-Interchange Configuration Factors
420 Scene Verification Using an Imaging Model in Three-Dimensional Computer Vision
421 Rendering of Density Clouds and Surfaces Using the Ray Casting Technique
422 Rapid Hierarchical Global Illumination Algorithms
423 Creating Volume Models from Edge-Vertex Graphs
424 A Rapid Hierarchical Radiosity Algorithm for Unoccluded Environments
425 A Rapid Hierarchical Radiosity Algorithm
426 A Rapid Hierarchical Radiosity Algorithm for Unoccluded Environments
427 High-Fidelity Radiosity Rendering at Interactive Rates
428 High Fidelity Radiosity Rendering at Interactive Rates
429 Apparatus for Calculating Geometrical View Factor
430 Multiple Expansion of the Light Vector
431 The Cinema Integraph Part I
432 The Cinema Integraph Part II
433 A Comprehensive Physical Model for Light Reflection
434 A Fast and Accurate Light Reflection Model
435 Survey of Texture Mapping
436 Adaptive Radiosity Textures for Bidirectional Ray Tracing
437 Finite Element Methods for Global Illumination
438 Simulating Global Illumination Using Adaptive Meshing
439 Discontinuity Meshing for Radiosity
440 Radiosity in Flatland
441 Introduction to Finite Element Methods
442 Graphics Gems IV
443 Finite Element Methods for Radiosity
444 Selective Culling of Discontinuity Lines
445 Implementierung und Test Verschiedener Louml; Sunsverfharen zur Radiosity
446 Quasi-Monte Carlo Methods in Computer Graphics Part II: The Radiance Equation
447 Quasi-Monte Carlo Methods in Computer Graphics Part I: The QMC-Buffer
448 Scalable Photorealistic Rendering of Complex Scenes
449 Scalable Monte Carlo Image Synthesis
450 Parallel Radiometric Image Synthesis
451 Advances in Software Engineering, 1997
452 Software Simulation of a Parallel VLSI Radiosity Engine
453 Variable Radiosity Radiation Between Finite Surfaces
454 Treatise of Geometric Optics
455 Radiosity in a Ray Tracing Environment
456 Hypercube Algorithm for Radiosity in a Ray Tracing Environment
457 Method and System for Designing Lighting Installations
458 Unified Geometric Modeling by Non-Manifold Shell Operation
459 Lighting Calculations
460 Begrundung der Elementaren Strahlungstheorie
461 Methods of Applied Mathematics, 2nd Edition
462 Finite Element Mesh Generation Methods: A Review and Classification
463 Geometric and Solid Modeling: An Introduction
464 Combining the Radiosity Technique with Direct Volume Rendering to Display Volumetric Data
465 (Le Controle de l'Erreur dans la Methode de Radiosite Hierarchique (Error Control in Hierarchical Radiosity)
466 An Efficient Progressive Refinement Strategy for Hierarchical Radiosity
467 Accurate Computation of the Radiosity Gradient for Constant and Linear Emitters
468 An Exhaustive Error Bounding Algorithm for Hierarchical Radiosity
469 Mathematical Problems of Radiative Equilibrium
470 Progressive Meshes
471 Understanding Image Intensities
472 Shape from Shading
473 Effect of Reradiation on Heat Transmission in Furnaces and Through Openings
474 Radiative Transfer
475 Light Source Modelling
476 Light-Source Modeling Using Pyramidal Light Maps
477 A Comparison of Luminance Images: Lightscape, Radiance, and an IQCam
478 Monte Carlo Solution of Thermal Transfer Through Radiant Media Between Gray Walls
479 A Catalog of Radiation Configuration Factors
480 Shape Factor Equations for Radiant Heat Transfer Between Two Arbitrary Sizes of Rectangular Planes
481 Simplication of Global Illumination Meshes
482 The Finite Element Method
483 Modeling Fire for Use in Radiosity
484 Monte Carlo Path Tracing for Photorealism
485 Adaptive Mesh Generation for Global Diffuse Illumination
486 An Analytic Approach to Illumination with Area Light Sources
487 Analytic Illumination with Polygonal Light Sources
488 Modeling Global Diffuse Illumination for Image Synthesis
489 Illuminance Calculation in a Room Containing Fixtures
490 A Radiosity Method for Non-Diffuse Environments
491 Caustics and Specular Reflection Models for Spherical Objects and Lenses
492 An Illumination Model for Atmospheric Environments
493 Volume Tracing of Atmospheric Environments
494 ANSI Standard Nomenclature and Definitions for Illuminating Engineering
495 A Shading Model of Translucent Objects by Radiosity Method
496 Calculation of Radiosity Discontinuity Boundary Edge and Its Mesh Generation
497 An Efficient Method of Discontinuity Mesh Generation for Radiosity Calculation
498 The Solution of an Integral Equation Occurring in the Theory of Radiation
499 Heat Transfer
500 Analytische Formfaktorberechnung Mittels SVBSP-Baeumen
501 An Improved Shading Algorithm for Radiosity Based Renderers
502 Shadow-Mapping - A Method of Evaluating and Storing Diffuse Radiosities in Static Environments
503 A BSP-Based Algorithm for Analytical Form-Factor Calculations
504 Hardware Challenges for Ray Tracing and Radiosity Algorithms
505 Hardware Challenge for Ray Tracing and Radiosity Algorithms
506 Realism in Real Time?
507 Monte Carlo Transport of Electrons and Photons
508 Applications of the Hemi-cube Radiosity Method
509 Some Notes on Heat-Transfer by Radiation
510 Radiosity
511 Global Illumination - Using Bidirectional Monte Carlo Ray Tracing
512 Efficiently Rendering Shadows Using the Photon Map
513 Importance Driven Path Tracing Using the Photon Map
514 Optimizing Path Tracing Using Noise Reduction Filters
515 Photon Maps in Bidirectional Monte Carlo Ray Tracing of Complex Objects
516 Global Illumination Using Photon Maps
517 Rendering Caustics on Non-Lambertian Surfaces
518 Rendering Caustics on Non-Lambertian Surfaces
519 A Progressive Radiosity Including Specularity: A Parallel Approach
520 Implementation of an Extended Radiosity on the VOXAR Machine
521 An Extended Radiosity Using Parallel Ray-Traced Specular Transfers
522 An Examination of Hemicube Projection Difficulties in Radiosity Rendering Algorithms
523 Accurate Rendering of Curved Shadows and Interreflections
524 PC Graphics Unleashed
525 From Ray Tracing to Radiosity
526 Ray Tracing Volume Densities
527 Anisotropic Reflection Models
528 The Rendering Equation
529 An Illuminance Analysis in Partitioned Spaces Using the Monte Carlo Method
530 An Image-Based Measurement System for Anisotropic Reflection
531 Highly Realistic Visual Simulation of Outdoor Scenes Under Various Atmospheric Conditions
532 Photorealistic Image Synthesis for Outdoor Scenery Under Various Atmospheric Conditions
533 3D Images and Computer Graphics
534 Efficient Delaunay Triangulation Using Rational Arithmetic
535 A Hierarchical Radiosity Platform Using Efficient Data Structures and VRML 97
536 Perceptual Image Realism Through Radiosity and Image Processing
537 Assessing the Realism of Local and Global Illumination Models
538 Radiooptimization - Goal Based Rendering
539 The Use of Inverse Rendering in Lighting Design
540 An Isoparametric Boundary Solution for Thermal Radiation
541 A Quasi-Monte Carlo Algorithm for the Global Illumination Problem in the Radiosity Setting
542 A Quasi-Monte Carlo Algorithm for the Global Illumination Problem in the Radiosity Setting
543 The Fast Calculation of Form Factors Using Low Discrepancy Sequences
544 Quasi-Monte Carlo Methods in Computer Graphics: The Global Illumination Problem
545 Quasi-Monte Carlo Radiosity
546 Instant Radiosity
547 Quasi-Monte Carlo Methods for Photorealistic Image Synthesis
548 Radiative Heat Transfer with Quasi-Monte Carlo Methods
549 Efficient Form Factor Calculation by Monte Carlo Methods
550 Comparison of Two Methods of Global Illumination Analysis
551 Physically Accurate Lighting Simulation in Computer Graphics Software
552 Physically Accurate Lighting Simulation in Computer Graphics Software
553 A Radiosity Solution for Modeling Complex Environments with Extensions for Nonplanar Surfaces
554 Unbiased Sampling Techniques for Image Synthesis
555 Graphics Gems III
556 Unbiased Variance Reduction for Global Illumination
557 Modeling the Effect of Atmosphere on Light
558 Radiosity - An Approach to Determine the Effect of Rough Surface Scattering in Mobile Scenarios
559 A Hierarchical Parallel Processing System for the Multipass-Rendering Method
560 M PI-Squared: A Hierarchical Parallel Processing System for the Multipass Rendering System
561 A Massively Parallel Processing Approach to Fast Photo-Realistic Image Synthesis
562 M PI-Squared: A Hierarchical Parallel Processing System for a Global Illumination Model
563 Using Subdivision on Hierarchical Data to Reconstruct Radiosity Distribution
564 Too Many Cooks Don't Spoil the Broth: Light Simulation on Massively Parallel Computers
565 A Simple Light Simulation Algorithm for Massively Parallel Machines
566 Frontiers of Rendering: The Lunatic Fringe
567 Global Illumination in Voxel Environments: An Excursion in Massively Parallel Computation
568 A Simple Light Simulation Algorithm for Massively Parallel Machines
569 Photometric Invariants Related to Solid Shape
570 Geometrical Modes as a General Method to Treat Diffuse Interreflections in Radiometry
571 Solid Shape
572 Illuminance Critical Points on Generic Smooth Surfaces
573 Adaptive Sampling of Area Light Sources in Ray Tracing Including Diffuse Interreflection
574 Sampling Pattern Coherence for Sampling Area Light Sources
575 A Two-Pass Radiosity Method for Bezier Patches
576 Efficient, Complete Radiosity Ray Tracing Using a Shadow-Coherence Method
577 Grouping of Patches in Progressive Radiosity
578 Ray Tracing and Radiosity Algorithms for Photorealistic Image Synthesis
579 Source Selection for the Direct Lighting Computation in Global Illumination
580 Fast Algorithms and Parallel Structures for Form Factor Evaluation
581 Design and Implementation of a Global Illumination Renderer Using Radiosity
582 Modified Ray Tracing Technique for Radiosity Calculation in Satellite Temperature Prediction
583 The Picard Iterative Approximation to the Solution of the Integral Equation of Radiative Transfer - Part II. Three-Dimensional Geometry
584 A Parallel Scaled Conjugate-Gradient Algorithm for the Solution Space of Gathering Radiosity on Hypercubes
585 Analysis of Radiosity Techniques in Computer Graphics
586 Mathematical Models and Monte Carlo Algorithms for Physically Based Rendering
587 Bi-directional Path Tracing
588 Hierarchical and Adaptive Meshing with Linear Interpolation of Vertex Radiosities
589 The Ambient Term as a Variance Reducing Technique for Monte Carlo Ray Tracing
590 A Theoretical Framework for Physically Based Rendering
591 Using the Modified Phong BRDF for Physically Based Rendering
592 A 5D Tree to Reduce the Variance of Monte Carlo Ray Tracing
593 Reducing the Number of Shadow Rays in Bidirectional Path Tracing
594 Rendering Participating Media with Bidirectional Path Tracing
595 Non-Linear Approximation of Reflectance Functions
596 An Adaptive Discretization Method for Progressive Radiosity
597 An Adaptive Discretization Method for Progressive Radiosity
598 Filtered Local Shading in the Wavelet Domain
599 Generating Reflected Directions from BRDF Data
600 Representations and Uses of Light Distribution Functions
601 Computer Graphics and Animation on a Transputer Platform
602 Parallel Processing in Radiosity Calculations
603 Simulation of Global Illumination: An Evolutionary Approach
604 The Simulation of Radiant Light Transfer with Stochastic Ray-Tracing
605 Shading Computations on the Radiation Manifold
606 Massively Parallel Radiosity in the Presence of Multiple Isotropic Volume Scattering
607 Parallel Radiosity Without Form Factors
608 Une Nouvelle Approche Realiste de Simulation d'Eclairage dans un Environnement Diffus
609 An Adaptive Discretization Method for Radiosity
610 Including Physical Light Sources and Daylight in Global Illumination
611 Global Illumination in Presence of Participating Media with General Properties
612 An Efficient Radiosity Algorithm for Accurate Image Synthesis
613 NURBS as the Modelling Primitive for Radiosity
614 A Dynamical Quadtree Hierarchical Radiosity Algorithm
615 La Radiosite sur Transputers
616 La Radiosite sur Transputers
617 Standard Obstructions for Lighting Calculations
618 Cavities, Coefficients and Direct Ratios
619 On the Non-rectangular Cavity Approximation
620 Interpolation of Intensity Distributions
621 On Zonal Cavity Applications
622 Light Field Rendering
623 Importance, The Adjoint Function: The Physical Basis of Variational and Pertubation Theory in Transport and Diffusion Problems
624 Computational Methods of Neutron Transport
625 Making Shaders More Physically Plausible
626 Light-Driven Global Illumination with a Wavelet Representation
627 Wavelet Radiance Transport and Surface Interaction
628 Solving the Classic Radiosity Equation Using Multigrid Techniques
629 Adaptive Sampling and Mesh Generation
630 An Incremental Approach to Fast Radiosity Image Generation
631 Divide and Conquer Radiosity
632 Stochastic Ray Tracing Using SIMD Processor Arrays
633 Improving Sampling and Reconstruction Techniques for Radiosity
634 Bounds and Error Estimates for Radiosity
635 Incremental Delaunay Triangulation
636 Accurate and Reliable Algorithms for Global Illumination
637 Discontinuity Meshing for Accurate Radiosity
638 Combining Hierarchical Radiosity and Discontinuity Meshing
639 Interreflection Calculations: Improving Convergence
640 Incorporation of Polarization Effects in Monte Carlo Simulations of Radiative Heat Transfer
641 A Finite-Element Formulation of the Discrete-Ordinates Method Applied to a Three-Dimensional Enclosure
642 Interazctive High-Quality Soft Shadows in Scenes with Moving Objects
643 Multiresolution Analysis for Surfaces of Arbitrary Topological Type
644 Radiative Heat Transfer
645 A More Efficient Radiosity Method
646 Advances in Lighting Design Methods for Non-Empty Interiors: A Review
647 Image Synthesis
648 Methods for Solving Linear Inhomogeneous Integral Equations Arising in Interreflection Problems
649 Meshing for Discontinuity Driven Hierarchical Radiosity
650 Calculation of Radiative Heat Transfer Three-Dimensional Complex Geometries
651 Radiative Heat Transfer Calculations in Three-Dimensional Complex Geometries
652 A Shading Method for Computer Generated Images
653 Brightness Distribution in a Light Well
654 GWB: A Solid Modeler with Euler Operators
655 An Introduction to Solid Modeling
656 Reflection Operators and Contemporary Applications to Radiative Transfer
657 Validation of a Lighting Simulation Program Under Real Sky Conditions
658 Image and Intervisibility Coherence in Rendering
659 The SIR Architecture
660 A Frame-Dependent Oracle for Linear Hierarchical Radiosity: A Step Towards Frame-toFrame Coherent Radiosity
661 An Image-Space Refinement Criterion for Linear Hierarchical Radiosity
662 Three-dimensional Radiative Transfer Using a Fourier-transform Matrix-Operator Method
663 Lighting Simulation in Building Performance Appraisal
664 Optimal Hemicube Sampling
665 Plane-Parallel Radiance Transport for Global Illumination in Vegetation
666 Atmospheric Illumination and Shadows
667 Unified Sun and Sky Illumination for Shadows Under Trees
668 Linear Radiosity Approximation Using Vertex-to-Vertex Form Factors
669 Optimal Sampling for Global Illumination
670 Efficient Light Propagation for Multiple Anisotropic Volume Scattering
671 Optimal Sampling for Hemicubes
672 Mathematical Modelling of a Gas Fired Swimming Pool Water Heater
673 Calculations of the Radiation Configuration Factor Using Ray Casting
674 Heat Transmission
675 Some Approaches to the Treatment of Obstruction in Interior Lighting Design
676 Daylighting Design Via Monte Carlo
677 HP Delivers Photo Realism on an Interactive System
678 The Heidelberg Ray Tracing Model
679 Modeling of Radiative Heat Transfer in Multidimensional Enclosures Using Spherical Harmonic Approximation
680 Efficient Use of Parallel and Distributed Systems: Distributed Rendering Techniques Using Virtual Walls
681 Parallel Rendering Techniques for Multiprocessor Systems
682 A Domain Decomposition Method for Radiosity
683 Partitioning and Parallel Radiosity
684 A Discrete Global Illumination Method
685 An Experimental Evaluation of Computer Graphics Imagery
686 Form Factor Calculation: A New Expression with Implementations on a Parallel T. Node Computer
687 Radiosity Technique in Image Synthesis: A New Expression of the Form Factor with Parallel Implementations
688 On the Realistic Computer Graphic Display of Luminous Environments
689 A Tutorial on the Radiosity Method for Computer Graphics
690 The Application of Computer Graphics in Lighting Design
691 An Adjoint Formulation of the Radiative Transfer Method
692 On the Error of Zonal Cavity Calculations for Indirect Lighting
693 The Finite Fourier Equivalent of the Finite Element Method of Lighting Analysis
694 A New Finite Orthogonal Transform Applied to Radiative Transfer Calculations
695 A Priority Based Dual Density Finite Element Interreflected Component Calculation
696 Goniophotometric Measurements: Numerical Simulation for Research and Development Applications
697 Illumination from Curved Reflectors
698 Spectrally Optimal Sampling for Distribution Ray Tracing
699 Ray Tracing and Irregularities of Distribution
700 Image Processing Apparatus
701 Virtual Radiosity
702 Radiosity Techniques for Virtual Reality - Faster Reconstruction and Support for Levels of Details
703 Radiosity Techniques for Virtual Relaity - Faster Reconstruction and Support for Levels of Detail
704 The Scientific Basis of Illuminating Engineering
705 On Interreflections
706 Interreflections in Finite Cylinders
707 Interreflections in Lightwells
708 Interreflections in Rooms
709 Lighting Design by the Interflection Method
710 Light Distributions in Rooms
711 New Methods of Calculating Illumination
712 Lighting Design
713 Interreflections in Coupled Enclosures
714 The Scientific Basis of Illuminating Engineering, Revised Edition
715 The Photic Field
716 Interreflection by the Increment Method
717 3D Graphics and the Wave Theory
718 Calcul d'Interreflexions Diffuses (Radiosite)
719 Multidimensional Illumination Functions for Visualization of Complex 3D Environments
720 Monte Carlo Methods for Computer Graphics
721 Radiosity und Ray Tracing: Integration und Parallelisierung
722 Fast Radiosity Repropagation for Interactive Virtual Environments Using a Shadow-Form-Factor-List
723 A Radiosity Approach for the Simulation of Daylight
724 Variational Methods in Mechanics
725 Inverse Square Law Approximation of Illuminance
726 Prisms and Rainbows: A Dispersion Model for Computer Graphics
727 Non-uniform Adaptive Meshing for Global Illumination
728 Texture Mapping as an Alternative for Meshing During Walkthrough Animation
729 An Efficient Cluster-based Hierarchical Progressive Radiosity Algorithm
730 Lighting Reconstruction Using Fast and Adaptive Density Estimation Techniques
731 Smoothed Particle Rendering for Fluid Visualization in Astrophysics
732 Image Generating Apparatus and Method of Generating and Image by Parallel Processing Thread Segments
733 Lighting Simulation in Computer Graphics
734 Rendering of Outdoor Scenes
735 A Model of Skylight and Calculation of its Illuminance
736 A Model of Skylight and Calculation of Its Illuminance
737 Radiation View Factors from Differential Plane Sources to Disks - A General Formulation
738 Shape from Interreflections
739 Form-factor Evaluation with Regional BSP Trees
740 The High Resolution Hemicube Algorithm
741 Importance-Driven Stochastic Ray Radiosity
742 The Stochastic Ray Method for Radiosity
743 Photosimulation: Interreflection with Arbitrary Reflectance Models and Illumination
744 Solution of Interreflection Problem for Very Complex Environments by Transillumination Method
745 Efficient Radiosity Methods for Non-Separable Reflectance Models
746 New Efficient Algorithms with Positive Definite Radiosity Matrix
747 A New Stochastic Radiosity Method for Highly Complex Scenes
748 The Constant Radiosity Step
749 Monte Carlo Radiosity
750 Radiosity and Hybrid Methods
751 The Stochastic Ray Method for Radiosity
752 Radiosity with Well Distributed Ray Sets
753 The Stochastic Ray Method for Radiosity (Revised Version)
754 A Multiprocessor Implementation of Radiosity
755 Techniques for Rapid Computation of Form Factors in Radiosity
756 A Taxonomy of Radiosity Algorithm
757 Accelerated Radiosity Computation on Sequential and Parallel Distributed Memory MIMD Machines
758 Parallel and Distributed Radiosity
759 Assessment of Five Radiosity Acceleration Techniques
760 A Comparison of Four Visibility Acceleration Techniques for Radiosity
761 Geometric Considerations and Nomenclature for Reflectance
762 Making Any Radiosity Matrix Symmetrix Positive Definite
763 Making Any Radiosity Matrix Symmetric Positive Definite
764 Radiosity in Illumination Engineering
765 A Framework for Global Illumination in Animated Environments
766 Rendering Spaces for Architectural Environments
767 Implementation and Analysis of an Image-Based Global Illumination Fraework for Animated Environments
768 A Temporal Image-Based Approach to Motion Reconstruction for Globally Illuminated Animated Environments
769 Efficient Re-rendering of Naturally Illuminated Environments
770 An Image-Based Framework for Global Illumination in Animated Environments
771 Adaptive Mesh Generation for Radiosity Methods
772 Introduction to 3-Dimensional Computer Graphics
773 Calculation of Interreflection and Its Representation Method
774 Continuous Tone Representation of Three-Dimensional Objects Taking Account of Shadows and Interreflection
775 Shading Models for Point and Linear Light Sources
776 Continuous Tone Representation of Three-Dimensional Objects Illuminated by Sky Light
777 Half-Tone Representation of Three-Dimensional Objects Illuminated by Area or Polyhedron Sources
778 A Shading Model for Atmospheric Scattering Considering Luminous Intensity Distribution of Light Sources
779 A Shading Model of Parallel Cylindrical Light Sources
780 Lighting Simulation for Extended Light Sources
781 A New Radiosity Approach Using Area Sampling for Parametric Patches
782 Display of Clouds and Snow Taking Into Account Multiple Anisotropic Scattering and Skylight
783 Shooting Algorithm for Illuminance: Comparison of Prediction with Experiment
784 Globale Beleuchtungssimulation mit Particle Tracing
785 Grapische Bestimmung des Winkelverhaltnisses bei der Warmestrahlung
786 Accelerated Quasi Monte Carlo Integration of the Radiative Transfer Equation
787 Interreflections in Rooms by a Network Method
788 Network Representation of the Integrating Sphere
789 Interreflections in Asymmetrical Rooms
790 Predetermination of Luminances by Finite Difference Equations
791 Lighting Calculations for Thirty-five Thousand Rooms
792 Interreflections in Mirrored Rooms
793 Luminous Transfer in Discrete Spaces
794 Numerical Analysis for Lighting Design
795 Luminous Transfer in Rooms with Semidiffuse-Specular Surfaces
796 A Coordination Level Functional Implementation of the Hierarchical Radiosity Algorithm
797 A Radiosity Approach for Determining the Radiative Climate and Energy Budget for Complex Terrain
798 Spatial Tessellations: Concepts and Applications of Voronoi Diagrams
799 Calcul Efficace de Factuers de Forme 2D Applicable Aux Environnements Dynamiques
800 Radiosity for Dynamic Scenes in Flatland with the Visibility Complex
801 Radiosity in Flatland Made Visibly Simple
802 Using the Visibility Complex for Radiosity Computation
803 Radiosite Dynamique 2D et Complexe de Visibilite
804 Saccade-based Progressive Refinement Radiosity for Virtual Reality Displays
805 Modelling Light Propagation and Global Illumination
806 Reusable Radiosity Object
807 Radiative Transfer and Interactions with Conduction and Convection
808 Multiprocessor Models for the Radiosity Method
809 Multigrid Methods for Integral and Differential Equations
810 Parallel Architecture for Rendering Complex Images
811 Parallel Processing of the Radiosity Method
812 Linear Models of Reflective Colour
813 Distributed Tree Structures for N-Body Simulation
814 Methods for Comparing 3D Surface Attributes
815 A View-Independent Global Illumination Algorithm for General Reflectance Functions
816 Illumination of Dense Foliage Models
817 Simulated Multiple Scattering for Cloud Rendering
818 Computation of Global Illumination by Monte Carlo Simulation of the Particle Model of Light
819 Computation of Global Illumination in a Participating Medium by Monte Carlo Simulation
820 Computational Methods for Global Illumination and Visualisation of Complex 3D Environments
821 Efficient Potential Equation Solutions for Global Illumination Computation
822 The Mathematical Framework of Adjoint Equations for Illumination Computations
823 The Potential Equation and Importance in Illumination Computations
824 Fast Wavelet Radiosity Method
825 Haar Wavelet: A Solution to Global Illumination with General Surface Properties
826 Adjoint Equations and Random Walks for Illumination Computation
827 Linear Radiosity with Estimation Error
828 Interactive Walk-Through Using Particle Tracing
829 Modelling Radiative Properties of Light Sources and Surfaces
830 Adaptive Mesh Generation for Progressive Radiosity: A Ray-tracing Based Algorithm
831 Illumination Models for Image Synthesis
832 Algorithms for Radiosity: Parallelism and Sampling Strategies
833 Computing the Radiosity Gradient for Partially Occluded Polygons
834 Monte Carlo Approximation of Form Factors with Error Bounded a Priori
835 Monte Carlo Approximation of Form Factors with Error Bounded a Priori
836 Computer Synthesis of Realistic Images: A Survey
837 Global Illumination Techniques for the Simulation of Participating Media
838 Effect of Specularly-Reflecting Gray Surface on Thermal Radiation Through a Tube and From Its Heated Wall
839 Geometric Factors for Thermal Radiation Exchange Between Cows and their Surroundings
840 Adaptive Mesh Refinement for the Radiosity Method
841 Extensions of the Linear and Area Lighting Models
842 Algorithm and Data Structure for Triangulating Multiply Connected Polygonal Domains
843 Fast Calculation of Accurate Formfactors
844 Progressive Previewing of Ray-Traced Images Using Image-Plane Discontinuity Meshing
845 Scalability and Granularity Issues of the Hierarchical Radiosity Method
846 Implementierung Eines Parallelen Hierarchischen Radiosity-Verfahrens Auf der SB_PRAM
847 Analyse des Waermeaustausches durch Strahlun Zwischen Difussen Oberflaechen nach der Saldo-method (Analysis of Heat Interchange by Radiation Between Diffuse Surfaces)
848 Radiative Transfer Between Surfaces of Arbitrary Spatial Distribution of Reflection
849 A Global Illumination Model Using Distributed Ray Tracing
850 Voxel Based Modeling and Rendering Irregular Solids
851 A Mathematical Foundation for Radiative Transfer Theory
852 Radiative Transfer Axioms
853 Radiative Transfer on Discrete Spaces
854 Hydrologic Optics, Volumes I-VI
855 Parallelism Makes Light Work
856 Radiosity in Parallel
857 On Mesh Preprocessing for Radiosity
858 Parallel Radiosity Using a Shared Virtual Memory
859 An Architecture That Exploits Parallelism in Radiosity Calculations
860 Improving Interaction with Radiosity-based Lighting Simulation Programs
861 Diffuse Interreflections. Techniques for Form-Factor Computation: A Survey
862 The Use of Visibility Coherence for Radiosity Computation
863 Use of Visibility Coherence for Radiosity Computation
864 Fast Rendering of Subdivision Surfaces
865 View-Based Rendering: Visualizing Real Objects From Scanned Range and Color Data
866 Fast Radiosity by Parallelization
867 Radiosity for Very Complex Scenes
868 ACSGM - An Adaptive CSG Meshing Algorithm
869 Calculating Illuminance from Non-Diffuse Area Sources
870 Photo-Realistic Graphics for Emergency Lighting Visualisation
871 The Same Origin Ray Set Query for Realistic Illumination: Algorithm and Analysis
872 Acceleration Techniques for Progressive Refinement Radiosity
873 Improved Techniques for Progressive Refinement Radiosity
874 Smooth B-Spline Illumination Maps for Bidirectional Ray Tracing
875 A Two-Pass Radiosity Method Driven by Lights and Viewer Position
876 Cost Prediction in Ray Tracing
877 Towards Efficient Parallel Radiosity for DSM-Based Parallel Computers Using Virtual Interfaces
878 A Parallel Radiosity Implementation on a Transputer Network
879 Fast Display of Radiosity Images on the MP-1
880 An Object Parallel Approach for Radiosity on the MP-1
881 Parallel Radiosity Approaches for Mesh Connected Machines
882 Two Parallel Schemes for Radiosity on the MP1
883 Massively Parallel Hemispherical Projection for Progressive Radiosity
884 An Efficient SIMD Algorithm for Radiosity on the MP-1
885 Fast Massively Parallel Progressive Radiosity on the MP-1
886 Fast Massively Parallel Progressive Radiosiy on the MP-1 899
887 Room Sound Field Prediction for Auralization
888 Parallel Processing of Radiosity Methods in Computer Graphics
889 Parallel Hierarchical Radiosity on Cache-Coherent Multiprocessors
890 Advances in Radiosity Computation
891 Light Sources in a Ray Tracing Environment
892 Procedural Elements for Computer Graphics, Second Edition
893 An Adaptive Representation of Spectral Data for Reflectance Computations
894 A Numerical Approach to the Computation of Light Propagation Through Turbid Media: Application to the Evaluation of Lighted Exit Signs
895 Fast Algorithms for Radar Cross Section Computation of Complex Objects
896 A New and Simple Algorithm for Quality Two-Dimensional Mesh Generation
897 Rendering Participating Media: Problems and Solutions from Application Areas
898 Extending the Radiosity Method to Transmitting and Specularly Reflecting Surfaces
899 The Zonal Method for Calculating Light Intensities in the Presence of a Participating Medium
900 Realistic Image Synthesis for Scenes with Radiatively Participating Media
901 Accelerating the Hemi-Cube Algorithm for Calculating Radiation Form Factors
902 Extending the Radiosity Method to Include Specularly Reflecting and Translucent Materials
903 Incorporating the BRDF into an Infrared Scene Generation System
904 Accelerating the Hemi-Cube Algorithm for Calculating Radiation Form Factors
905 Radiosity Methods for Volume Rendering
906 Geometric Simplification for Indirect Illumination Calculations
907 A Progressive Ray-Tracing Based Radiosity with General Reflectance Functions
908 A Progressive Ray-Tracing Based Radiosdity with General Reflectance Functions
909 Multithreaded Processor for Image Generation
910 Fast Rendering of Arbitrary Distributed Volume Densities
911 Photorealistic Rendering Techniques (Proceedings of the Fifth Eurographics Workshop on Rendering)
912 Parallel Rendering of Radiance on Distributed Memory System
913 Reconstructing Illumination Functions with Selected Discontinuities
914 Applications of Spatial Data Structures
915 Surface Radiation Exchange for Two-Dimensional Rectangular Enclosures Using the Discrete-Ordinates
916 Two Algorithms for Fast Ray Tracing of Complex Scenes
917 Calculation Methods, Error Tendencies, and Guidelines for Finite Element Flux Transfer
918 Higher-Order Color Interpolation for Real-time Radiosity Display
919 A Global Algorithm for Linear Radiosity
920 An Integral Geometry Based Method for Fast Form-Factor Computation
921 An Integral Geometry Based Method for Fast Form Factor Computation
922 Integral Geometry Methods for Form Factor Computation
923 Global Monte Carlo: A Progressive Solution
924 Integral Geometry Methods for Form Factor Computation
925 Global Multipath Monte Carlo Algorithms for Radiosity
926 Comparing Finite and Biased Infinite Path Length Shooting Random Walk Estimators for Radiosity
927 Error and Complexity of Random Walk Monte Carlo Radiosity
928 Optimal Source Selection in Shooting Random Walk Monte Carlo Radiosity
929 The Use of Global Random Directions to Compute Radiosity: Global Monte Carlo Techniques
930 Variances of Two Infinite Path Length Randon Walk Estimators for Radiosity
931 Hierarchical Radiosity on Curved Surfaces
932 Generating Multiple Levels of Detail for Polygonal Geometry
933 Load Balancing for a Parallel Radiosity Algorithm
934 Load Balancing for a Parallel Radiosity Algorithm
935 Parallel Radiosity
936 Exact and Error Bounded Approximation of Local Illumination
937 Multigrid Techniques for the Solution of Fredholm Integral Equations of the Second Kind
938 Hierarchische Volumen-Radiosity
939 Elements pour une Synthese d'Images Realistes
940 A Customizable Reflectance Model for Everyday Rendering
941 High Dynamic Range Pixels
942 A Survey of Shading and Reflectance Models
943 Verteilte Energiesimulation in Geschlossenen Raumen
944 Painting With Light
945 Radiosity in Dynamischen Szenen
946 Online Radiosity in Interactive Virtual Reality Applications
947 Implementierung des Hierarchical Radiosity Algorithmus in Vision System
948 A Closed Form Expression for the Form Factor Between Two Polygons
949 On the Form Factor Between Two Polygons
950 Numerical Integration for Radiosity in the Presence of Singularities
951 Wavelet Algorithms for Illumination Computations
952 Wavelet Projections for Radiosity
953 Wavelet Methods for Radiance Computations
954 Wavelet Projections for Radiosity
955 Spherical Wavelets: Texture Processing
956 Spherical Wavelets: Efficiently Representing Functions on the Sphere
957 Wavelet Radiosity: Wavelet Methods for Integral Equations
958 Delaunay Triangulation and the Radiosity Approach
959 Triangulations in CAGD
960 ?
961 The ALEPH Project: Image Synthesis Using Illusion and Physical Based Rendering
962 Photo-Realisitc Image Generation Techniques
963 Monte Carlo Radiation Solutions - Effect of Energy Partitioning and Number of Rays
964 A New Radiosity Approach by Procedural Refinements for Realistic Image Synthesis
965 Analysis and Acceleration of Progressive Refinement Radiosity Method
966 A Gathering and Shooting Progressive Refinement Radiosity Method
967 Form Factors for General Environments
968 A Distributed Radiosity Algorithm Using Adaptive Subdivision
969 Hierarchical Radiosity for Dynamic Environments
970 Hierarchical Radiosity for Dynamic Environments
971 Radiosity Rendering with Specular Shading
972 A Hierarchical Memory Structure for the 3D Shelling Technique
973 New Space Partitioning Technique to Support a Highly Pipelined Architecture for the Radiosity Method
974 A New Space Partitioning Technique to Support a Highly Pipelined Architecture for the Radiosity Method
975 A New Space Partitioning for Mapping Computations of the Radiosity Method onto a Highly Pipelined Parallel Architecture
976 Space Partitioning for Mapping Radiosity Computations Onto a Pipelined Parallel Architecture (II)
977 A Parallel-Pipelined Multiprocessor System for the Radiosity Method
978 A Parallel Image Rendering Algorithm and Architecture Based on Ray Tracing and Radiosity Shading
979 Space Partitioning for Mapping Radiosity Computations Onto a Pipelined Parallel Architecture (II)
980 Parallel Image-Rendering Algorithm and Architecture Based on Ray Tracing and Radiosity Shading
981 A Modified Radiosity Algorithm for Integrated Visual and Auditory Rendering
982 Automatic Triangular Meshing for Fast and Accurate Radiosity Method
983 Physically Based Lighting Calculations for Computer Graphics
984 A Ray Tracing Method for Illumination Calculation in Diffuse-Specular Scenes
985 Discrepancy as a Quality Measure for Sampling Distributions
986 Radiosity via Ray Tracing
987 A Ray Tracing Framework for Global Illumination Systems
988 Time Complexity of Monte Carlo Radiosity
989 Distribution Ray Tracing: Theory and Practice
990 Luminaire Sampling in Distribution Ray Tracing
991 Nonuniform Random Point Sets via Warping
992 Physically Based Lighting Calculations for Computer Graphics: A Modern Perspective
993 Time Complexity of Monte Carlo Radiosity
994 Monte Carlo Simulation and Integration
995 Direct Lighting Calculation by Monte Carlo Integration
996 Global Illumination via Density Estimation
997 Monte Carlo Methods for Rendering
998 Monte Carlo Techniques for Direct Lighting Calculations
999 Thermal Radiation Heat Transfer, 3rd Edition
1000 A General Two-Pass Method Integrating Specular and Diffuse Reflection
1001 Detection of Shadow Boundaries for Adaptive Meshing in Radiosity
1002 A Global Illumination Solution for General Reflectance Distributions
1003 Radiosity with Non-diffuse Reflectors
1004 Clustering and Volume Scattering for Hierarchical Radiosity Calculations
1005 Radiosity and Global Illumination
1006 The State of the Art in Physically-based Rendering and its Impact on Future Applications
1007 A Clustering Algorithm for Radiance Calculation in General Environments
1008 Feature-Based Control of Visibility Error: A Multiresolution Clustering Algorithm for Global Illumination
1009 A Unified Hierarchical Algorithm for Global Illumination with Scattering Volumes and Object Clusters
1010 Parallel Radiosity Computation
1011 Parallel Radiosity on a Cluster of Workstations
1012 Computing Radiosity Solution on a High Performance Workstation LAN
1013 Parallel Radiosity Computation on a Shared Memory Multiprocessor
1014 Mapping Radiosity Computations to Parallel Processors
1015 Parallel Hierarchical N-Body Methods and their Implications for Multiprocessors
1016 Parallel Visualization Algorithms: Performance and Architectural Implications
1017 Load Balancing and Data Locality in Adaptive Hierarchical N-body Methods: Barnes-Hut, Fast Multiple, and Radiosity
1018 Load Balancing and Data Locality in Adaptive Hierarchical N-body Methods: Barnes-Hut, Fast Multipole, and Radiosity
1019 Time-Critical Lumigraph Rendering
1020 A Short Proof of the Progressive Refinement Method in Radiosity
1021 Smart Links and Efficient Reconstruction for Wavelet Radiosity
1022 Vision - An Architecture for Global Illumination Calculations
1023 Vision - An Architecture for Physically Based Image Synthesis
1024 Using Procedural RenderMan Shaders for Global Illumination
1025 Using Procedural RenderMan Shaders for Global Illumination
1026 Towards an Open Rendering Kernel for Image Synthesis
1027 A Thermal Exitance and Energy Balance Model for Forest Canopies
1028 Updated Thermal Model Using Simplified Short-Wave Radiosity Calculations
1029 Fast and Accurate Radiosity-based Rendering
1030 A Clustering Algorithm for Radiosity in Complex Environments
1031 Efficient Hierarchical Radiosity for Complex Environments
1032 An Importance-Driven Radiosity Algorithm
1033 Newton's Colors: Simulating Interference Phenomena in Realistic Image Synthesis
1034 Parallel Hierarchical Global Illumination
1035 Area Light Sources for Real-Time Graphics
1036 Global Illumination Models for Volume Rendering
1037 Volumetric Radiosity
1038 Accurate Error Bounds for Multi-Resolution Visibility
1039 Caracterisation Multi-Echelles de la Visibilite Pour Les Calculs de Radiosite
1040 A New Illumination Model for Realistic Image Synthesis
1041 Implicit Light Source Illumination Model for Realistic Image Synthesis
1042 Monte Carlo Principles and Neutron Transport Problems
1043 Application of Variational Methods to Radiation Heat-Transfer Calculations
1044 Analysis, Results and Interpretation Between Some Simply-Arranged Gray Surfaces
1045 A New and Simpler Formulation for Radiative Angle Factors
1046 A Generalized Variational Method for Calculating Radiant Interchange Between Surfaces
1047 Radiation Heat Transfer
1048 On the Calculation of Radiant Interchange Between Surfaces
1049 Calculation of Illumination From Triangular Sources
1050 Glass Block Fenestration and the Interreflection Method
1051 Interreflections and Color
1052 The Integral-Equation Solution of the Daylighting Problem
1053 Approximations and the Interflection Method
1054 Lighting Design with Generalized Reflectance
1055 Lighting Design with Generalized Reflectance
1056 General Formulation of the Interreflection Integral Equation
1057 A Hemisphere Radiosity Solution for Computer-Generated Images
1058 The Hemisphere Radiosity Method: A Tale of Two Algorithms
1059 Depicting Fire and Other Gaseous Phenomena Using Diffusion Processes
1060 Multiple Scattering as a Diffusion Process
1061 Ray Tracing in Non-Constant Media
1062 Wavelet Radiosity
1063 Bounded Radiosity - Illumination on General Surfaces and Clusters
1064 Isotropic Clustering for Hierarchical Radiosity - Implementation and Experiences
1065 Bounded Clustering - Finding Good Bounds on Clustered Light Transport
1066 Monte Carlo Procedures in Lighting Design
1067 Pyramidal Beam Tracing and Time Dependent Radiosity
1068 An Output Sensitive Algorithm for the Computation of Shadow Boundaries
1069 Fast Computation of Shadow Boundaries Using Spatial Coherence and Backprojection
1070 Wavelets for Computer Graphics: Theory and Applications
1071 Radiosity with Voronoi Diagrams
1072 Radiosity mit Voronoi Diagrammen und Diskontinuitaets-Meshes
1073 Adaptive Mesh Refinement with Discontinuities for the Radiosity Method
1074 Description and Implementation of a Parallel Radiosity Algorithm
1075 Parallel Progressive Radiosity with Parallel Visibility
1076 Parallel Progressive Radiosity with Parallel Visibility Computations
1077 Parallel Visibility Computations for Parallel Radiosity
1078 Parallel Visibility Computations for Radiosity
1079 Exact Projections onto the Hemisphere
1080 Load Balancing for a Parallel Radiosity Algorithm
1081 Load Balancing Strategies for a Radiosity Algorithm
1082 Optimized Local Pass Using Importance Sampling
1083 FXFIRE - Global Illumination with Radiosity
1084 Discontinuity Meshing for a Radiosity Algorithm
1085 Form Factor Calculation for a Parallel Radiosity Algorithm
1086 Global Illumination with Glossy Surfaces
1087 Interactive Rendering of Globally Illuminated Glossy Scenes
1088 A Radiosity System for Real-Time Photo-Realism
1089 A Parallel Radiosity System for Large Data Sets
1090 Robust Boundary Triangulation and Delaunay Triangulation of Arbitrary Planar Domains
1091 A Partial Matrix Based Incremental Radiosity Algorithm
1092 The Determination of Form-Factors by Lookup Table
1093 A Window Projection Method for Non-Diffuse Environments
1094 A Radiosity Solution for Curved Surface Environments
1095 The Area Sampling Machine
1096 Contributions on the Calculation Methods for Interior Lighting
1097 Development of a Three Dimensional Illuminance Analysis System Using Ray Tracing Method
1098 Monte Carlo Simulation for Color Changes Caused by an Inter-Reflection Light
1099 Finite Element Analysis
1100 Global Element Method for Radiosity Calculation
1101 On Convergence and Complexity of Radiosity Algorithms
1102 Theory of Three Dimensional Computer Graphics
1103 An Analysis of Quasi-Monte Carlo Integration Applied to the Transillumination Radiosity Method
1104 Application of Variational Calculus in Radiosity Method
1105 On the Limitations of Worst-Case Optimal Ray-Shooting Algorithms
1106 Radiosity Algorithms Running in Sub-Quadratic Time
1107 Modeling of Skylight and Rendering of Outdoor Scenes
1108 A Generalization of the Radiosity-Based Solution
1109 Experimental Distributed Processing System for Global Illumination Algorithms
1110 Global Illumination Algorithms for Parallel Computer Architectures
1111 Fast Vertex Radiosity Update
1112 Accurate Form-Factor Computation
1113 Discontinuity Meshing for Radiosity Image Synthesis
1114 The Constant Radiosity Assumption Syndrome
1115 Adaptive Sampling and Bias Estimation in Path Tracing
1116 Radiative Heat Transfer in Multidimensional Emitting
1117 Shading Method for Objects Illuminated by Area Light Sources
1118 Shading with Area Light Sources
1119 Fast Shadowing Algorithm for Linear Light Sources
1120 Fast Analytic Shading and Shadowing for Area Light Sources
1121 Global Visibility Algorithms for Illumination Computations
1122 Partitioning and Ordering Large Radiosity Computations
1123 Conservative Radiance Interpolants for Ray Tracing
1124 Computing the Antipenumbra of an Area Light Source
1125 Computing the Antipenumbra of an Area Light Source
1126 Toward a Realistic Illumination Model
1127 Using Coherence to Accelerate Radiosity (Utilisation de la Notion de Coherence pour Accelerer la Methode de Radiosite)
1128 Exploiting Spatial Coherence to Accelerate Radiosity
1129 Synthese d'Image Realiste: Simulation d'Eclairage Interieur et Exterieur Mixte (Naturel et Artificiel)
1130 Physics-Based Lighting Models: Implementation Issues
1131 Clustering to Accelerate Hierarchical Radiosity Computation in Complex Environment
1132 Efficient Linear Re-Rendering for Interactive Lighting Design
1133 Sampling and Reconstruction with Adaptive Meshes
1134 Numerical Grid Generation: Foundations and Applications
1135 A Hierarchical Subdivision Algorithm for Stochastic Radiosity Methods
1136 A Hierarchical Subdivision Algorithm for Stochastic Radiosity Methods
1137 A Numerical Experiment of Radiant Heat Interchange by the Monte Carlo Method
1138 Temporal Coherence in Progressive Radiosity
1139 Temporal Coherence in Progressive Radiosity
1140 The Monte Carlo Method in Lighting Calculations
1141 Daylighting Computation: Radiosity Method Using Triangular Patches
1142 Eine Praxisorientierte Software fur Realitatsgetreure 3D-Lichtsimulation (Practically Oriented Software for Highly Realistic 3-D Light Simulation)
1143 Radiosity Algorithms Using Higher Order Finite Element Methods
1144 Parallel Radiosity Algorithms Using Higher Order Finite Element Models
1145 A Testbed for Image Synthesis
1146 Advancing Front Mesh Generation and Radiosity Rendering
1147 Soundtracks for Computer Animation: Sound Rendering in Dynamic Environments with Occlusions
1148 Tone Reproduction for Realistic Computer Generated Images
1149 Tone Reproduction for Realistic Images
1150 Parallelization of the Radiosity Method on a Multi-Transputer System
1151 A Method of Luminance Calculations in an Anisotropic Diffuse Reflecting Interior
1152 A Formalization and Classification of Global Illumination Methods
1153 Improved Irradiance Computation by Importance Sampling
1154 Thermal Radiation from a Cylindrical Enclosure with Specified Wall Heat Flux
1155 Parallel Radiosity Techniques for Mesh-Connected SIMD Computers
1156 An Environment-Projection Approach to Radiosity for Mesh-Connected Computers
1157 Three-Dimensional Radiative Transfer on a Massively Parallel Computer
1158 Bidirectional Estimators for Light Transport
1159 Optimally Combining Sampling Techniques for Monte Carlo Rendering
1160 Non-Symmetric Scattering in Light Transport Algorithms
1161 Metropolis Light Transport
1162 Improved Storage and Reconstruction of Light Intensities on Surfaces
1163 Computing Illumination from Area Light Sources by Approximate Contour Integration
1164 A Testbed for Adaptive Subdivision in Progressive Radiosity
1165 A Comprehensive Light Source Description for Computer Graphics
1166 Ray Tracing for Natural Scenes in Parallel Processors
1167 Radiosity Computation in Flatland Using a Monte Carlo Approach with Extended Rays
1168 Exploiting Coherence for Clipping and View Transformations in Radiosity Algorithms
1169 Parallel Radiosity Solutions Based on Partial Result Messages
1170 Multilevel Use of Coherence for Complex Radiosity Environments
1171 Multilevel Use of Coherence for Complex Radiosity Environments
1172 Parallel Form Factors Computation with Coherence Techniques
1173 Parallel Hierarchical Radiosity Algorithms
1174 Parallel Hierarchical Radiosity Algorithms: Case Study on a DSM-COMA Architecture
1175 Improved Local Convergence for Progressive Refinement Radiosity
1176 Shading Models for Realistic Image Synthesis
1177 The Cinema Integraph in Interreflection Problems
1178 The Numerical Solution of Integral Equations on the Cinema Integraph
1179 Kernel Based Density Estimation for Global Illumination
1180 A Two-Pass Solution to the Rendering Equation: A Synthesis of Ray Tracing and Radiosity Methods
1181 A Two-Pass Solution to the Rendering Equation: A Synthesis of Ray Tracing and Radiosity Methods
1182 A Ray Tracing Algorithm for Progressive Radiosity
1183 Radiosity and Ray Tracing: A Comparison of Shading Strategies
1184 Reality in the Shadows
1185 Trends in Radiosity for Image Synthesis
1186 Radiosity
1187 Radiosity
1188 Meshing and Reconstruction
1189 Three-Dimensional Computer Graphics Employing Ray Tracing to Compute Form Factors in Radiosity
1190 Cost Analysis of a Monte Carlo Radiosity Algorithm
1191 Fitting Virtual Lights for Non-Diffuse Walkthroughs
1192 Global Illumination Using Local Linear Density Estimation
1193 Algorithms for Calculating Radiation View Factors Between Plane Convex Polygons with Obstructions
1194 Three Dimensional Weak Visibility: Complexity and Applications
1195 Physically Correct Direct Lighting for Distribution Ray Tracing
1196 Monte Carlo Techniques for the Direct Lighting Calculation
1197 The Direct Lighting Computation in Global Illumination Methods
1198 A New Progressive Radiosity Algorithm Through the Use of Accurate Form-Factors
1199 A New Progressive Radiosity Algorithm through the Use of Accurate Form Factors
1200 Octant Priority for Radiosity Image Rendering
1201 Image Synthesis Using Front-to-Back Based Radiosity Methods
1202 Accelerated Radiosity Methods for Rendering Complex Environments
1203 A Ray Tracing Solution for Diffuse Interreflection
1204 Irradiance Gradients
1205 Measuring and Modeling Anisotropic Reflection
1206 Applications of RADIANCE to Architecture and Lighting Design
1207 A Contrast-Based Scalefactor for Luminance Display
1208 The RADIANCE Lighting Simulation and Rendering System
1209 Making Global Illumination User Friendly
1210 Tools for Lighting Design and Analysis
1211 Survey: Systematic Triangulations
1212 Rendering Techniques: Past, Present and Future
1213 Fundamentals of Three-Dimensional Computer Graphics
1214 Advanced Rendering and Animation Techniques: Theory and Practice
1215 Light-Water Interaction Using Backward Beam Tracing
1216 Edge-Based Data Structures for Solid Modeling in Curved-Surface Environments
1217 Topological Structures for Geometric Modeling
1218 Predicting Reflectance Functions From Complex Surfaces
1219 Calculation of Light Distribution in Lightwells
1220 A Discrete Solution of the Scattering Equation for Computer Graphics
1221 Engineering Radiation Heat Transfer
1222 Mathematical Methods in Particle Transport Theory
1223 An Empirical Comparison of Progressive and Wavelet Radiosity
1224 An Empirical Comparison of Radiosity Algorithms
1225 Euler Formulas and Geometric Modeling
1226 Image-Based Rendering with Controllable Illumination
1227 Efficient Shadow Computations in Ray Tracing
1228 Surface Triangulation for Picture Production
1229 Dynamic Discontinuities for Radiosity
1230 The Research and Development of Parallel Processing in Computer Graphics
1231 Progressive Radiosity for Random Fractals
1232 A Radiosity Solution for Random Fractal Surfaces
1233 Global Illumination of Random Fractal Surfaces by Radiosity Solution
1234 Fast View-Independent Specular Effects in the Radiosity Method
1235 Accelerated Radiosity Method for Complex Environments
1236 Accelerated Radiosity Method for Complex Environments
1237 Constructing Solvers for Radiosity Equation Systems
1238 A Fast Solver of Radiosity Equation Systems
1239 An Interactive Observation Tool for Time-Varying Physical Phenomena Distributed in 3D Fields
1240 The Light Flux Distribution of a System of Interreflecting Surfaces
1241 Theory of Field of Illumination
1242 Recherche D'un Radiateur Integral Au Moyen D'un Corps Cylindrique
1243 On the Blackness of a Cylindrical Blackbody
1244 Etude Analytique Des Interreflections Dans un Cylindre de Longeur Infinie
1245 On a Measurement Method of Configuration Factor Distributions with the Help of an Electronic Still Camera and a Personal Computer
1246 Radiosity in Dynamic Environments
1247 Parallel Radiosity Generation on a Distributed Memory Machine
1248 A Shading Model for Cloth Objects
1249 Radiosity for Virtual Reality Systems
1250 Automatic Mesh Generation for Radiosity Method in Realisitc Image Synthesis
1251 A New Iterative Method to Solve the Radiative Transfer Equation
1252 A Hardware Algorithm for Fast Realistic Image Synthesis
1253 A Hardware Solution to the Generalized Two-Pass Approach for Rendering of Artificial Scenes
1254 Multiresolution B-Spline Radiosity
1255 Parallel Progressive Radiosity with Adaptive Meshing
1256 A Rendering Equation for Specular Transfers and its Integration Into Global Illumination
1257 Efficient Parallel Global Illumination Using Density Estimation
1258 Parallel Decomposition of View-Independent Global Illumination Algorithms
1259 Galerkin Radiosity: A Higher Order Solution Method for Global Illumination
1260 Ray Tracing of Particle Systems
1261 Lighting Simulation: Lighting Planning for CAD Users
1262 Integrated Visual and Auditory Rendering
1263 The Finite Fourier Transform Method for Radiative Transfer Analysis in Complicated Geometries
1264 Lighting Calculations in a Multi-Partitioned Space
1265 Two Methods for Speeding up Form-factor Calculation
1266 Continuous Algorithms for Visibility: the Space Searching Approach
1267 The Super-Plane Buffer: An Efficient Form-Factor Evaluation Algorithm for Progressive Radiosity
1268 The Super-Plane Buffer: An Efficient Form-Factor Evaluation Algorithm for Progressive Radiosity
1269 PERIS: A Programming Environment for Realistic Image Synthesis
1270 Generalized Radiosity Method for Environments with Curved Surfaces
1271 Geometrical and Spectral Sky Radiance: Comparison Between Simulations and Field Measurements
1272 Direct Lighting Models for Ray Tracing with Cylindrical Lamps
1273 A Two-Pass Realistic Image Synthesis Method for Complex Scenes
1274 A Two-Pass Realistic Image Synthesis Method for Complex Scenes
1275 Pyramid Clipping for Efficient Ray Transversal