Intersection fields for interactive global illumination

Visual Computer

Volumn 21, Issue 8-10, 2005, Pages 569-578

  Ren, Zhong ^a   Hua, Wei ^a   Chen, Lu ^a   Bao, Hujun ^a,b  

^a ZHEJIANG UNIVERSITY   (China)

^b Ministry of Science and Technology of China   (China)

Author keywords

Global illumination; Global line; Hardware; Photon tracing; Shading

Indexed keywords

GLOBAL ILLUMINATION; PHOTON TRACING; SHADING;

DEFORMATION; LIGHT SOURCES; PHOTONS;

ILLUMINATING ENGINEERING;

EID: 24944514841     PISSN: 01782789     EISSN: None     Source Type: Journal    
DOI: 10.1007/s00371-005-0329-8     Document Type: Conference Paper

References (55)

1. Alexander K (1996) Quasi-Monte Carlo radiosity. EGWR: 101-100
2. Alexander K (1997) Instant radiosity. GRAPHITE: 49-56
3. Bent L, Niels J (2004) Simulating photon mapping for real-time applications. EGWR: 123-131
4. Brian E, James R (1992) David H: An importance-driven radiosity algorithm. ACM SIGGRAPH: 273-282
5. Bruce W, Gun A, et al. (1997) Fitting virtual lights for non-diffuse walkthroughs. ACM SIGGRAPH: 45-48
6. Bruce W, George D, Steven P (1999) Interactive rendering using the render cache. EGWR 10:235-246
7. Bruce W, George D, Donald G (2002) Enhancing and optimizing the render cache. EGWR: 37-42
8. Carsten B, Ingo W, Philipp S (2003) A scalable approach to interactive global illumination. Computer Graphics Forum 22(3):621-630
9. Chris, B, Donald, F (1989) Illumination networks: fast realistic rendering with general reflectance functions. ACM SIGGRAPH: 23(3):89-98
10. Cyrille D, Francois S (1999) Space-time hierarchical radiosity for high-quality animations. EGWR: 235-246
11. Cyrille D, Kirill D, Karol M (2003) State of the art in global illumination for interactive applications and high-quality animations. Computer Graphics Forum 22(1):55-77
12. David G, Francois S, Donald G (1990) Radiosity redistribution for dynamic environments. IEEE CG&A 10(4):26-34
13. Francesc C, Matue S, László N (2004) Fast multipath radiosity using hierarchical subscenes. Computer Graphics Forum 23(1):43-54
14. Frank S, Andreas P (1999) Reducing memory requirements for interactive radiosity using movement prediction. EGWR: 225-234
15. Frédo D (1999) 3D visibility analytical study and applications. PhD Thesis, Université Joseph Fourier, Grenoble, France.
16. Gene G, Peter S, et al.(1998) The Irradiance Volume. IEEE CG&A 18(2):32-43
17. George D, Francois S (1997) Interactive update of global illumination using a line-space hierarchy. ACM SIGGRAPH: 57-64
18. Gonzalo B, Mateu S (1996) The multi-frame lighting method: a Monte Carlo based solution for radiosity in dynamic environments. EGWR: 185-194
19. Gonzalo B, Pueyo X (2001) Animating radiosity environments through the multi-frame lighting method. J. Visual. Comp. Animat. 12(2):93-106
20. Gregory W, Maryann S (1999) The holodeck ray cache: an interactive rendering system for global illumination in nondiffuse environments. ACM TOG 18(4):361-368
21. Hector Y, Sumanita P, Donald PG (2001) Spatiotemporal sensitivity and visual attention for efficient rendering of dynamic environments. ACM TOG 20(1): 39-65
22. Ingo W, Philipp S, et al. (2001) Interactive rendering with coherent ray tracing, Computer Graphics Forum 20(3): 153-164
23. Jeffry N, Julie D, Holly R (1996) Implementation and analysis of an image-based global illumination framework for animated environments. IEEE Trans. on Visualization and Computer Graphics 2(4):283-298
24. Jensen H (1996) Global illumination using photon maps. EGWR: 21-30
25. Johannes G, Ingo W, Philipp S (2004) Realtime caustics using distributed photon mapping. EGWR: 109-121
26. Karol M, Takehiro T, et al. (2001) Perception-guided global illumination solution tor animation rendering. ACM SIGGRAPH: 221-230
27. Kavita B, Julie D, Seth T (1999) Radiance interpolants for accelerated bounded-error ray tracing. ACM TOG 18(3):213-256
28. Kirill D, Stefan B, et al. (2002) Interactive global illumination using selective photon tracing. EGWR: 25-36
29. Larry A, Pat H (1993) A hierarchical illumination algorithm for surfaces with glossy reflection. GRAPHITE: 155-162
30. Laszlo K, Werner P(1998) Global ray-bundle tracing with hardware acceleration. EGWR: 247-258
31. Laszlo K (1999) Stochastic iteration for non-diffuse global illumination. Computer Graphics Forum 18(3):233-244
32. Laszlo K, György A, Balazs B (2003) Global illumination animation with random radiance representation. EGWR: 64-73
33. Marc S, Annete S, et al. (2000) Efficient glossy global illumination with interactive viewing. Computer Graphics Forum 19(1): 13-25
34. Mark S, Jörg H, et al. (2000) Walkthroughs with corrective texturing. EGWR: 377-390
35. Martin I. Pueyo X, Tost D (2003) Frame-to-Frame coherent animation with two-Pass radiosity. IEEE Trans. on Visualization and Computer Graphics Jan.: 70-84
36. Maryann S, Carlo S (2000) Tapestry: a dynamic mesh-based display representation for interactive rendering. EGWR: 329-340
37. Parag T, Fabio P, et al. (2002) Interactive global illumination in dynamic scenes. GRAPHITE: 537-546
38. Per C, Dana B (2004) An irradiance atlas for global illumination in complex production scenes. EGWR: 132-141
39. Pfister H, Zwicker M, et al.(2000) Surfels: surface elements as rendering primitives. ACM SIGGRAPH: 335-342
40. Pueyo X, Tost D, et al. (1997) Radiosity for dynamic environments. The Journal of Visualization and Computer Animation 8(4):221-231
41. Rafal M, Sumanta P, Karol M (2002) Cube-map data structure for interactive global illumination computation in dynamic diffuse environments. ICCVG: 25-29
42. Rui B, Kenneth H, et al. (1999) Increased photorealism for interactive architectural walkthroughs. ACM Symposium on Interactive 3D Graphics: 183-190
43. Sbert M, Pueyo X (1996) Global multipath Monte Carlo algorithms for radiosity. The Visual Computer 12(2):47-57
44. Sbert M, Szécsi L, Laszlo S (2004) Real-time light animation. Computer Graphic Forum 23(3):291-299
45. Seth T, Kavita B, Julie D (1996) Conservative radiance interpolants for ray tracing. EGWR: 257-268
46. Shenchang C (1990) Incremental radiosity: an extension of progressive radiosity to an interactive image synthesis system. GRAPHITE: 135-144
47. Shenchang C, Holly R, et al. (1991) A progressive multi-pass method for global illumination. GRAPHITE: 165-174
48. Steve P, William M, Perter-Pike S (1999) Interactive ray tracing. ACM Symposium on Interactive 3D Graphics: 119-126
49. Timothy P, Craig D, et al. (2003) Photon mapping on programmable graphics hardware. SIGGRAPH/EUROGRAPHICS Workshop On Graphics Hardware: 41-50
50. Tommer, L, Olga, S, Daniel, C (2003) Ray space factorization for from-region visibility. ACM SIGGRAPH 22(3):595-604
51. Valdimir V, Karol M, et al. (2000) Using the visual differences predictor to improve performance of progressive global illumination computation. ACM TOG 19(2): 122-161
52. William S, James F, et al. (2004) Perceptual illumination components: a new approach to efficient, high quality global illumination rendering. ACM TOG 23(3):742-749
53. William M, Leonard M, Gary B (1997) Post-rendering 3D warping. Symposium on Interactive 3D Graphics: 7-16
54. Wolfgang S, Rui B (1997) Interactive rendering of globally illuminated glossy scenes. EGWR: 93-102
55. Xavier G, George D (2001) Incremental Updates for Rapid Glossy Global Illumination. Computer Graphics Forum 20(3):268-277