Radiosity Abstracts

Radiosity Abstracts: Table of Content
1989 1990 1991 1992 1993 1994 1995 1996

1989 (8 papers)

89-1 Shading models for realistic image synthesis
89-2 A VLSI system architecture for high-speed radiative transfer 3D image synthesis
89-3 Light reflection models for computer graphics
89-4 Form-factors for general environments
89-5 Complex scene generation
89-6 A new radiosity approach by procedural refinements for realistic image synthesis
89-7 A progressive refinement approach to fast radiosity image generation
89-8 Hierarchical data structures and algorithms for computer graphics. II. Applications

1990 (28 papers)

90-1 VOXEL based modeling and rendering irregular solids
90-2 Development of a radiometric model for the detection of plastic coating omissions on aluminum substrate
90-3 Manufacturer's recommended body of knowledge for thermographic diagnostics
90-4 Distributed supercomputing to achieve real-time representation and manipulation of complex scenes
90-5 Accelerated radiosity method for complex environments
90-6 Radiosity redistribution for dynamic environments
90-7 Thermal cooling techniques of electronic components (using infrared radiometer)
90-8 Measurement of radiosity coefficient by using an infrared radiometer and its application
90-9 Extending the radiosity method to include specularly reflecting and translucent materials
90-10 3D images and computer graphics
90-11 Real time radiosity through parallel processing and hardware acceleration
90-12 Acceleration techniques for progressive refinement radiosity
90-13 Improving interaction with radiosity-based lighting simulation programs
90-14 Towards image realism with interactive update rates in complex virtual building environments
90-15 1990 Symposium on Interactive 3D Graphics
90-16 A general two-pass method integrating specular and diffuse reflection
90-17 Improving radiosity solutions through the use of analytically determined form-factors
90-18 A ray tracing algorithm for progressive radiosity
90-19 Supercomputing with transputers
90-20 Radiosity in parallel
90-21 Applications of Transputers 1. Proceedings of the First International Conference
90-22 Pixel-Planes 5: a heterogeneous multiprocessor graphics system using processor-enhanced memories
90-23 SIGGRAPH '89. Conference Proceedings
90-24 Computer synthesis of realistic images: a survey
90-25 Advances in global illumination algorithms
90-26 Delaunay triangulations and the radiosity approach
90-27 Global illumination modeling using radiosity
90-28 Accelerated radiosity method for complex environments

1991 (42 papers)

91-1 A simple light simulation algorithm for massively parallel machines
91-2 State of the art in image synthesis
91-3 A cross-indexed guide to the ray tracing literature
91-4 A rapid hierarchical radiosity algorithm
91-5 A global illumination solution for general reflectance distributions
91-6 A progressive multi-pass method for global illumination
91-7 Making radiosity usable: automatic preprocessing and meshing techniques for the generation of accurate radiosity solutions
91-8 Design and simulation of opera lighting and projection effects
91-9 A hardware algorithm for fast realistic image synthesis
91-10 The research and development of parallel processing in computer graphics
91-11 The radiosity method in optical remote sensing of structured 3-D surfaces
91-12 Fast radiosity by parallelization
91-13 A rapid hierarchical radiosity algorithm for unoccluded environments
91-14 Exploiting coherence for clipping and view transformations in radiosity algorithms
91-15 The hemisphere radiosity method: a tale of two algorithms
91-16 A two-pass radiosity method for Bezier patches
91-17 A progressive ray-tracing-based radiosity with general reflectance functions
91-18 Efficient radiosity methods for non-separable reflectance models
91-19 Trends in radiosity for image synthesis
91-20 Eurographics Workshop on Photosimulation, Realism and Physics in Computer Graphics. Conference Proceedings
91-21 A generalization of the radiosity-based solution
91-22 An adapted solution of progressive radiosity and ray-tracing methods for nondiffusive environments
91-23 Highly realistic visual simulation of outdoor scenes under various atmospheric conditions
91-24 CG International '90. Computer Graphics Around the World
91-25 Applications and comparison of different mathematical to compute form factors for radiosity images
91-26 A ray tracing method for illumination calculation in diffuse-specular scenes
91-27 Octant priority for radiosity image rendering
91-28 Image and intervisibility coherence in rendering
91-29 Thermal contact electronic packaging in solar pointing space environment
91-30 Too many cooks don't spoil the broth: light simulation on massively parallel computers
91-31 Reality in the shadow
91-32 Experimental distributed processing system for global illumination algorithms
91-33 Computer graphics (for CAD/CAM applications)
91-34 Calibration of thermal images of integrated circuit chips
91-35 Fast rendering of arbitrary distributed volume densities
91-36 Realism and interactivity in picture synthesis
91-37 Adaptive mesh generation for global diffuse illumination
91-38 Adaptive radiosity textures for bidirectional ray tracing
91-39 Incremental radiosity: an extension of progressive radiosity to an interactive image synthesis system
91-40 An efficient radiosity solution for bump texture generation
91-41 SIGGRAPH 1990. 17th Annual ACM Conference on Computer Graphics and Interactive Techniques
91-42 The radiosity technique for image synthesis

1992 (30 papers)

92-1 Non-uniform patch luminance for global illumination
92-2 Discontinuity meshing for accurate radiosity
92-3 An importance-driven radiosity algorithm
92-4 Introduction to 3-dimensional computer graphics. 5. Illumination models for realistic rendering
92-5 A new progressive radiosity algorithm through the use of accurate form-factors
92-6 Surface radiation exchange for two-dimensional rectangular enclosures using the discrete-ordinates method
92-7 Adaptive sampling of area light sources in ray tracing including diffuse interreflection
92-8 An adaptive discretization method for radiosity
92-9 The parametric differential method: an alternative to the calculation of form factors
92-10 Radiosity in flatland
92-11 European Association for Computer Graphics 13th Annual Conference. EUROGRAPHICS 92
92-12 The super-plane buffer: an efficient form-factor evaluation algorithm for progressive radiosity
92-13 A new progressive radiosity algorithm through the use of accurate form-factors
92-14 The super-plane buffer: an efficient form-factor evaluation algorithm for progressive radiosity
92-15 Ray tracing and graphics standards
92-16 Principles of the radiosity method versus radiative transfer for canopy reflectance modeling
92-17 Time complexity of Monte Carlo radiosity
92-18 Radiosity for furry surfaces
92-19 EUROGRAPHICS '91. Proceedings of the European Computer Graphics Conference and Exhibition
92-20 Time complexity of Monte Carlo radiosity
92-21 Extensions of the linear and area lighting models
92-22 A parallel radiosity implementation on a transputer network
92-23 A ray tracing framework for global illumination systems
92-24 Shading method for objects illuminated by area light sources
92-25 A new space partitioning technique to support a highly pipelined parallel architecture for the radiosity method
92-26 A new illumination model for realistic image synthesis
92-27 Parallelism makes light work (radiosity)
92-28 A progressive radiosity including specularity: a parallel approach
92-29 Fast algorithms for radar cross section computation of complex objects
92-30 Reflections on shading

1993 (21 papers)

93-1 A window projection method for non-diffuse environments
93-2 Hierarchical and adaptive meshing with linear interpolation of vertex radiosities
93-3 Efficient shadow computations in ray tracing
93-4 Form factor calculation: a new expression with implementations on a parallel T.Node computer
93-5 A progressive radiosity algorithm for scenes containing curved surfaces
93-6 A new radiosity approach using area sampling for parametric patches
93-7 The determination of form-factors by lookup table
93-8 Computing radiosity solution on a high performance workstation LAN
93-9 The potential equation and importance in illumination computations
93-10 Smoothed particle rendering for fluid visualization in astrophysics
93-11 Radiometric measurement of temperature distributions in simple enclosures
93-12 Measurement of radiosity by means of an infrared radiometer and its application
93-13 The implementation of an extended radiosity on the VOXAR machine
93-14 Improved explicit radiosity method for calculating non-Lambertian reflections
93-15 A hierarchical memory structure for the 3D shelling technique
93-16 A shading model of translucent objects by radiosity method
93-17 Influence evaluation for color change caused by inter-reflection in an idealized infinite interior
93-18 The same origin ray set query for realistic illumination: algorithm and analysis
93-19 Measurement of radiosity coefficient by means of an infrared radiometer
93-20 Generalized radiosity method for environments with curved surfaces
93-21 A new space partitioning for mapping computations of the radiosity method onto a highly pipelined parallel architecture

1994 (81 papers)

94-1 Parallel radiosity computation on a shared memory multiprocessor
94-2 Radiosity on-line: a bibliography
94-3 Radiosity and relaxation methods
94-4 VolVis: a diversified volume visualization system
94-5 An environment-projection approach to radiosity for mesh-connected computers
94-6 Parallel radiosity solutions based on partial result messages
94-7 Fast radiosity using a data parallel architecture
94-8 Photorealistic volume rendering of media with directional scattering
94-9 Discontinuity meshing for radiosity
94-10 Concrete computation of global illumination using structured sampling
94-11 A hierarchical ray-casting algorithm for radiosity shadows
94-12 Radiosity with Voronoi diagrams
94-13 Improved storage and reconstruction of light intensities on surfaces
94-14 Computation of global illumination by Monte Carlo simulation of the particle model of light
94-15 Distribution ray tracing: theory and practice
94-16 Accelerating radiosity by overshooting
94-17 A parallel system for photo realistic artificial scene rendering
94-18 The RADIANCE lighting simulation and rendering system
94-19 Partitioning and ordering large radiosity computations
94-20 A clustering algorithm for radiosity in complex environments
94-21 Generalization of Lambert's reflectance model
94-22 Fast computation of shadow boundaries using spatial coherence and backprojections
94-23 A framework for the analysis of error in global illumination algorithms
94-24 Bounds and error estimates for radiosity
94-25 Textures and radiosity: controlling emission and reflection with texture maps
94-26 Proceedings of 3rd Eurographics Workshop on Rendering
94-27 A thermal exitance and energy balance model for forest canopies
94-28 An efficient form-factor evaluation algorithm for environments with curved surfaces
94-29 A median cut algorithm for efficient sampling of radiosity functions
94-30 Adaptive mesh generation for progressive radiosity: a ray-tracing based algorithm
94-31 Fast wavelet radiosity method
94-32 A progressive radiosity algorithm for environments with curved surfaces
94-33 A nontraditional computer graphics course for computer science students
94-34 15th Annual Conference and Exhibition. EUROGRAPHICS'94
94-35 Parallel visualization algorithms: performance and architectural implications
94-36 Temporal evolution of the bidirectional reflectances: the radiosity approach
94-37 Multilevel use of coherence for complex radiosity environments
94-38 Monte Carlo simulation for color changes caused by an inter-reflection light
94-39 Wavelet projections for radiosity
94-40 Global visibility algorithms for illumination computations
94-41 Wavelet radiosity
94-42 Galerkin radiosity: a higher order solution method for global illumination
94-43 Radiosity algorithms using higher order finite element methods
94-44 Combining hierarchical radiosity and discontinuity meshing
94-45 On the form factor between two polygons
94-46 A hierarchical illumination algorithm for surfaces with glossy reflection
94-47 Radioptimization-goal based rendering
94-48 Painting with light
94-49 Proceeding of SIGGRAPH 20th Annual International Conference on Computer Graphics and Interactive Techniques. The Eye of Technology
94-50 A rendering pipeline for street lighting simulation
94-51 VISULUX: a radiosity based lighting design tool
94-52 On the division of environments by virtual walls for radiosity computation
94-53 Divide and conquer radiosity
94-54 An extended radiosity using parallel ray-traced specular transfers
94-55 Two parallel approaches for a progressive radiosity
94-56 Parallel processing of progressive refinement radiosity methods
94-57 Progressive refinement radiosity on a transputer network
94-58 Shaft culling for efficient ray-cast radiosity
94-59 Radiosity in computer graphics: a proposed alternative to the hemi-cube algorithm
94-60 Some experiments on adaptive subdivision for progressive radiosity
94-61 The constant radiosity assumption syndrome
94-62 Source selection for the direct lighting computation in global illumination
94-63 Structure-directed sampling, reconstruction and data representation for global illumination
94-64 The state of the art in physically-based rendering and its impact on future applications
94-65 Proceedings of Eurographics Workshop on Photorealistic Rendering in Computer Science
94-66 Non-imaging optics design using genetic algorithms
94-67 Computer graphics and animation on a transputer platform
94-68 Finite-element modeling of radiation heat transfer coupled with conduction in an adaptive method
94-69 Common illumination between real and computer generated scenes
94-70 Geometric simplification for indirect illumination calculations
94-71 A simple, flexible, parallel graphics architecture
94-72 An adaptive discretization method for progressive radiosity
94-73 Videorealistic methods for interior light design
94-74 Exploiting spatial coherence to accelerate radiosity
94-75 Efficient, complete radiosity ray tracing using a shadow-coherence method
94-76 Virtual Design: a generic VR system for industrial applications
94-77 A modified radiosity algorithm for integrated visual and auditory rendering
94-78 Tone reproduction for realistic images
94-79 A parallel strategy to improve the calculation of form factors
94-80 A partial matrix based incremental radiosity algorithm
94-81 A multiprocessor implementation of radiosity

1995 (58 papers)

95-1 Analytical results for a class of view factors occuring in the Vertical Bridgman method
95-2 Temporal coherence in progressive radiosity
95-3 The use of visibility coherence for radiosity computation
95-4 Generating plants for computer graphics
95-5 Parallel progressive radiosity with parallel visibility computations
95-6 Cubic Monte Carlo radiosity
95-7 A synthetic mobile robot
95-8 Efficient realistic image synthesis by parallel Monte Carlo radiosity on transputers
95-9 Parallel radiosity on transputers with low communication overhead
95-10 Fast display of radiosity images on the MP-1
95-11 Parallel visibility computations for parallel radiosity
95-12 Progressive refinement radiosity on ring-connected multicomputers
95-13 Proceedings of 1993 IEEE Parallel Rendering Symposium
95-14 Vision-an architecture for global illumination calculations
95-15 Multiresolution modeling for fast rendering
95-16 Adaptive mesh refinement for the radiosity method
95-17 Global element method for radiosity calculation
95-18 Parallel processing of the radiosity method
95-19 Data management scheme for parallel radiosity
95-20 Parallel and distributed radiosity
95-21 Parallel radiosity approaches for mesh connected machines
95-22 Efficient parallel global illumination using density estimation
95-23 Load balancing for a parallel radiosity algorithm
95-24 Implementation results and analysis of a parallel progressive radiosity
95-25 1995 Parallel Rendering Symposium (PRS 95)
95-26 An object parallel approach for radiosity on the MP-1
95-27 Optimally combining sampling techniques for Monte Carlo rendering
95-28 Feature-based control of visibility error: a multi-resolution clustering algorithm for global illumination
95-29 A parallel system for photo realistic artificial scene rendering
95-30 Modelling radiative properties of light sources and surfaces
95-31 A radiosity solution for random fractal surfaces
95-32 Distributed tree structures for N-body simulation
95-33 Discontinuity meshing and hierarchical multi-wavelet radiosity
95-34 Massively parallel radiosity in the presence of multiple isotropic volume scattering
95-35 Constructing partitioning trees from Bezier-curves for efficient intersections and visibility
95-36 A unified hierarchical algorithm for global illumination with scattering volumes and object clusters
95-37 Using procedural RenderMan shaders for global illumination
95-38 A new radiosity approach for regular objects: application to ruled surfaces
95-39 Multiresolution B-spline radiosity
95-40 Global illumination of random fractal surfaces by radiosity solution
95-41 Multithreaded processor for image generation
95-42 A massively parallel processing approach to fast photo-realistic image synthesis
95-43 Parallel processing in radiosity calculations
95-44 Solving the radiosity linear system
95-45 Monte Carlo radiosity
95-46 Adjoint equations and random walks for illumination computation
95-47 A parallel radiosity system for large data sets
95-48 On convergence and complexity of radiosity algorithms
95-49 Speeding up progressive radiosity by overshooting
95-50 Dynamic subdivision in radiosity
95-51 A parallel approach to hierarchical radiosity
95-52 Proceedings of Third International Conference in Central Europe on Computer Graphics and Visualisation: Winter School of Computer Graphics
95-53 A comparison of techniques for the transformation of radiosity values to monitor colors
95-54 Load balancing and data locality in adaptive hierarchical N-body methods: barnes-hut, fast multipole, and radiosity
95-55 Radiosity based model for terrain effects on multi-angular views
95-56 Are leaf chemistry signatures preserved at the canopy level?
95-57 A parallel image-rendering algorithm and architecture based on ray tracing and radiosity shading
95-58 Massively parallel hemispherical projection for progressive radiosity

1996 (62 papers)

96-1 An efficient SIMD algorithm for radiosity on the MP-1
96-2 Design of a graphics architecture bridging the cap between modeling and rendering
96-3 Optimized local pass using importance sampling
96-4 Parallel radiosity on a cluster of workstations
96-5 Form factor evaluation with regional BSP trees
96-6 Radiosity techniques for virtual reality-faster reconstruction and support for levels of detail
96-7 Meshing for discontinuity driven hierarchical radiosity
96-8 Proceedings of WSCG `96: Fourth International Conference in Central Europe on Computer Graphics and Visualization `96
96-9 Partitioning and parallel radiosity
96-10 A parallel progressive radiosity algorithm based on patch data circulation
96-11 Smooth B-spline illumination maps for bidirectional ray tracing
96-12 Methods for comparing 3D surface attributes
96-13 A fast solver of radiosity equation systems
96-14 The global cube: a light energy distributor for light propagation in general environments
96-15 Progressive radiosity for random fractals
96-16 An investigation of light transport through scattering bodies with non-scattering regions
96-17 Measurement of the surface temperature distribution in the float zone of LiNbO/sub 3/
96-18 Color representation in virtual environments
96-19 Pacific Graphics `94
96-20 Global multipath Monte Carlo algorithms for radiosity
96-21 An efficient cluster-based hierarchical progressive radiosity algorithm
96-22 Advancing front meshing for radiosity solutions
96-23 Parallelisation schemes for the progressive refinement radiosity method for the synthesis of realistic images
96-24 An efficient method of discontinuity mesh generation for radiosity calculation
96-25 Radiosity and hybrid methods
96-26 Light simulation for image synthesis: algorithmic aspects
96-27 Assessment of five radiosity acceleration techniques
96-28 Modified ray tracing technique for radiosity calculation in satellite temperature prediction
96-29 Scalability and granularity issues of the hierarchical radiosity method
96-30 Coarse-grained parallelism for hierarchical radiosity using group iterative methods
96-31 Using the visibility complex for radiosity computation
96-32 A Monte Carlo approach for Galerkin radiosity
96-33 Proceedings of Workshop on Applied Computational Geometry
96-34 Integrated visual and auditory rendering
96-35 Parallelization of the radiosity method on a multi-transputer system
96-36 (M pi )/sup 2/: a hierarchical parallel processing system for the multipass rendering method
96-37 Reusable radiosity objects
96-38 Radiosity for dynamic scenes in flatland with the visibility complex
96-39 Primitives for problems using hierarchical algorithms on distributed memory machines
96-40 A study on radiosity method in computer graphics-directional radiosity method
96-41 Database management for interactive display of large architectural models
96-42 Texture mapping as an alternative for meshing during walkthrough animation
96-43 An efficient progressive refinement strategy for hierarchical radiosity
96-44 Fast radiosity repropagation for interactive virtual environments using a shadow-form-factor-list
96-45 Efficient radiosity in dynamic environments
96-46 Wavelet methods for radiance computations
96-47 Wavelet radiance
96-48 Optimizing discontinuity meshing radiosity
96-49 Adaptive mesh refinement with discontinuities for the radiosity method
96-50 New efficient algorithms with positive definite radiosity matrix
96-51 Constructing solvers for radiosity equation systems
96-52 A new stochastic radiosity method for highly complex scenes
96-53 An importance driven Monte-Carlo solution to the global illumination problem
96-54 Bidirectional estimators for light transport
96-55 Clustering and volume scattering for hierarchical radiosity calculations
96-56 A comparison of four visibility acceleration techniques for radiosity
96-57 Quantized pyramidal beam tracing-a new algorithm for room acoustics and noise immission prognosis
96-58 Rendering techniques: past, present and future
96-59 Experimental observation of interface shapes in the float zone of lithium niobate during a CO/sub 2/ laser melting
96-60 Proceedings Fifth Eurographics Workshop on Photorealistic Rendering Techniques
96-61 Towards accurate recovery of shape from shading under diffuse lighting
96-62 A hierarchical parallel processing system for the multipass-rendering method