Global Illumination Thesis Bibliography TOC

Global Illumination Thesis Bibliography: Table of Content

1 Analytic Methods for Simulated Light Transport
2 Hierarchical Algorithms for Illumination
3 Light Pipes: A New Method for Global Illumination
4 Approximation der Rendering Equation durch Evolutionare Algorithmen
5 An Interactive Radiosity Based Rendering System
6 Photorealistic Volume Rendering
7 Accurate Simulation of Scene Luminance
8 Multiprozessor Rendering Nach der Radiosity Methode (Radiosity on a Multiprocessor Network)
9 The Cinema Integraph
10 Illumination Networks
11 Radiosity Algorithms Using General Reflectance Functions
12 Models and Algorithms for Computing Realistic Images Containing Diffuse Reflections
13 Visualizacion Fotorrealistica Por Ordenador de Objectos 3D Mediante Tecnicas de Radiosidad Y Ray Tracing
14 Parallel Processing for Progressive Refinement Radiosity
15 Parallel Hierarchical Radiosity Rendering
16 Radar Cross Section of Complex Radar Targets in Real Time
17 Rupert: Fast Image Generation Using Progressive Refinement Radiosity for Parallel Machines
18 Fast Image Generation Using Progressive Refinement Radiosity for Parallel Machines
19 A Minimum Path System for Parallel Processing
20 A Progressive Radiosity Method and its Implementation in a Distributed Processing Environment
21 Finite Element Method in the Calculation of Radiosity Form Factors
22 Hierarchical Techniques for Glossy Global Illumination
23 Solutions to the Global Illumination Problem: A Comparative Study
24 A Parallel Radiosity Method for Shared Memory Multiprocessors
25 A Radiosity Method for the Realistic Image Synthesis of Complex Diffuse Environments
26 Wavefront Tracking for Global Illumination Solutions
27 Hybrid Acceleration Methods for Ray Tracing
28 Computational Geometry and Image Synthesis
29 Modelisation et Simulation Des Proprietes Radiatives Des Sources Lumineuses
30 Pipeline Rendering: Interaction and Realism through Hardware-Based Multi-Pass Rendering
31 Computer Graphics Techniques for Opera Lighting Design and Simulation
32 Hierarchical Parallelism for a Global Illumination Algorithm
33 Acceleration Techniques for the Radiosity Method
34 Parallelization of the Radiosity Model
35 Mathematical Frameworks and Monte Carlo Algorithms for Global Illumination in Computer Graphics
36 Analysis and Modelling of Luminous Reflection Applied to Lighting Simulations
37 Efficient Radiosity Algorithms
38 A Comparison of Physically and Empirically Based Illumination Models
39 Paralleles Hierarchisches Radiosity auf der CM-5
40 Radiosity: A Proposed Alternative to the Hemi-cube Algorithm
41 Optimizing Discontinuity Meshing Radiosity
42 A Radiosity Redistribution Algorithm for Dynamic Environments
43 Efficient Radiosity for Complex Environments
44 Parallel Progressive Refinement and Projection-based Discontinuity Meshing for Radiosity
45 A Model for the Interaction of Light Between Diffuse Surfaces
46 Wavelet Methods for Computer Graphics
47 A Framework for Radiosity Techniques
48 The Irradiance Volume
49 Computing Specular-to-Diffuse Illumination for Two-Pass Rendering
50 Directional Methods in Radiosity
51 An Analysis and Modification of Shao's Radiosity Method for Computer Graphics Image Synthesis
52 Scene Verification Using an Imaging Model in Three-Dimensional Computer Vision
53 High Fidelity Radiosity Rendering at Interactive Rates
54 Simulating Global Illumination Using Adaptive Meshing
55 Implementierung und Test Verschiedener Louml; Sunsverfharen zur Radiosity
56 Variable Radiosity Radiation Between Finite Surfaces
57 Radiosity in a Ray Tracing Environment
58 (Le Controle de l'Erreur dans la Methode de Radiosite Hierarchique (Error Control in Hierarchical Radiosity)
59 Light Source Modelling
60 Modeling Fire for Use in Radiosity
61 Monte Carlo Path Tracing for Photorealism
62 Modeling Global Diffuse Illumination for Image Synthesis
63 Applications of the Hemi-cube Radiosity Method
64 Global Illumination - Using Bidirectional Monte Carlo Ray Tracing
65 An Examination of Hemicube Projection Difficulties in Radiosity Rendering Algorithms
66 The Use of Inverse Rendering in Lighting Design
67 Quasi-Monte Carlo Methods for Photorealistic Image Synthesis
68 A Radiosity Solution for Modeling Complex Environments with Extensions for Nonplanar Surfaces
69 Ray Tracing and Radiosity Algorithms for Photorealistic Image Synthesis
70 Design and Implementation of a Global Illumination Renderer Using Radiosity
71 Analysis of Radiosity Techniques in Computer Graphics
72 Mathematical Models and Monte Carlo Algorithms for Physically Based Rendering
73 An Adaptive Discretization Method for Progressive Radiosity
74 Shading Computations on the Radiation Manifold
75 An Efficient Radiosity Algorithm for Accurate Image Synthesis
76 NURBS as the Modelling Primitive for Radiosity
77 An Incremental Approach to Fast Radiosity Image Generation
78 Accurate and Reliable Algorithms for Global Illumination
79 A Finite-Element Formulation of the Discrete-Ordinates Method Applied to a Three-Dimensional Enclosure
80 A More Efficient Radiosity Method
81 Methods for Solving Linear Inhomogeneous Integral Equations Arising in Interreflection Problems
82 A Shading Method for Computer Generated Images
83 Mathematical Modelling of a Gas Fired Swimming Pool Water Heater
84 Daylighting Design Via Monte Carlo
85 Modeling of Radiative Heat Transfer in Multidimensional Enclosures Using Spherical Harmonic Approximation
86 A Tutorial on the Radiosity Method for Computer Graphics
87 The Finite Fourier Equivalent of the Finite Element Method of Lighting Analysis
88 Virtual Radiosity
89 Radiosity und Ray Tracing: Integration und Parallelisierung
90 Accelerated Radiosity Computation on Sequential and Parallel Distributed Memory MIMD Machines
91 An Image-Based Framework for Global Illumination in Animated Environments
92 Globale Beleuchtungssimulation mit Particle Tracing
93 A Radiosity Approach for Determining the Radiative Climate and Energy Budget for Complex Terrain
94 Radiosite Dynamique 2D et Complexe de Visibilite
95 Saccade-based Progressive Refinement Radiosity for Virtual Reality Displays
96 Modelling Light Propagation and Global Illumination
97 Linear Models of Reflective Colour
98 A View-Independent Global Illumination Algorithm for General Reflectance Functions
99 Computational Methods for Global Illumination and Visualisation of Complex 3D Environments
100 Illumination Models for Image Synthesis
101 Algorithms for Radiosity: Parallelism and Sampling Strategies
102 Implementierung Eines Parallelen Hierarchischen Radiosity-Verfahrens Auf der SB_PRAM
103 A Global Illumination Model Using Distributed Ray Tracing
104 Calculating Illuminance from Non-Diffuse Area Sources
105 Improved Techniques for Progressive Refinement Radiosity
106 A Two-Pass Radiosity Method Driven by Lights and Viewer Position
107 Room Sound Field Prediction for Auralization
108 Parallel Processing of Radiosity Methods in Computer Graphics
109 Extending the Radiosity Method to Transmitting and Specularly Reflecting Surfaces
110 Realistic Image Synthesis for Scenes with Radiatively Participating Media
111 The Use of Global Random Directions to Compute Radiosity: Global Monte Carlo Techniques
112 Hierarchische Volumen-Radiosity
113 Elements pour une Synthese d'Images Realistes
114 Verteilte Energiesimulation in Geschlossenen Raumen
115 Radiosity in Dynamischen Szenen
116 Implementierung des Hierarchical Radiosity Algorithmus in Vision System
117 Wavelet Algorithms for Illumination Computations
118 Photo-Realisitc Image Generation Techniques
119 Hierarchical Radiosity for Dynamic Environments
120 Radiosity Rendering with Specular Shading
121 A Parallel Image Rendering Algorithm and Architecture Based on Ray Tracing and Radiosity Shading
122 Physically Based Lighting Calculations for Computer Graphics
123 Parallel Radiosity Computation
124 Mapping Radiosity Computations to Parallel Processors
125 Vision - An Architecture for Physically Based Image Synthesis
126 Efficient Hierarchical Radiosity for Complex Environments
127 Global Illumination Models for Volume Rendering
128 A Hemisphere Radiosity Solution for Computer-Generated Images
129 Wavelet Radiosity
130 Radiosity mit Voronoi Diagrammen und Diskontinuitaets-Meshes
131 Contributions on the Calculation Methods for Interior Lighting
132 Global Illumination Algorithms for Parallel Computer Architectures
133 Discontinuity Meshing for Radiosity Image Synthesis
134 Synthese d'Image Realiste: Simulation d'Eclairage Interieur et Exterieur Mixte (Naturel et Artificiel)
135 Clustering to Accelerate Hierarchical Radiosity Computation in Complex Environment
136 Parallel Radiosity Algorithms Using Higher Order Finite Element Models
137 Advancing Front Mesh Generation and Radiosity Rendering
138 Parallel Radiosity Techniques for Mesh-Connected SIMD Computers
139 Three-Dimensional Radiative Transfer on a Massively Parallel Computer
140 Parallel Hierarchical Radiosity Algorithms
141 Improved Local Convergence for Progressive Refinement Radiosity
142 The Numerical Solution of Integral Equations on the Cinema Integraph
143 Kernel Based Density Estimation for Global Illumination
144 A Two-Pass Solution to the Rendering Equation: A Synthesis of Ray Tracing and Radiosity Methods
145 The Direct Lighting Computation in Global Illumination Methods
146 Image Synthesis Using Front-to-Back Based Radiosity Methods
147 Accelerated Radiosity Methods for Rendering Complex Environments
148 Fast View-Independent Specular Effects in the Radiosity Method
149 Radiosity in Dynamic Environments
150 Radiosity for Virtual Reality Systems
151 Automatic Mesh Generation for Radiosity Method in Realistic Image Synthesis
152 Parallel Decomposition of View-Independent Global Illumination Algorithms
153 The Finite Fourier Transform Method for Radiative Transfer Analysis in Complicated Geometries