[1] | [1]Fishman E K, Ney D R. Interactive two and three dimensional display of CT and MRI data [A]. In: IEEE Engineering in Medicine & Biology International Conference [C]. New York: 1EEE Computer Society Press, 1989:528~529.
|
[2] | [3]Ney D R, Fishman E K, Derbin R A. Volumetric rendering of CT data principles and techniques [J]. IEEE CG&A, 1990,10(2) :24~32.
|
[3] | [5]石教英,蔡文立编著.科学计算可视化算法与系统[M].北京:科学出版社,1996:153~154.
|
[4] | [7]Tide U, Hohue K et al. Investigation of medical 3D rendering algorithm[J]. IEEE CG&A, 1990,10(2) :41~53.
|
[5] | [9]Levoy M. Display of surface from volume data [J]. IEEECG&A, 1988,8(5) :29~37.
|
[6] | [11]Sobierajski L, Kaufman A. Volumetric ray tracing [A]. In: IEEE Visualization\'95 [C]. Boston: IEEE Computer Society Press, 1995:27~34.
|
[7] | [14]Yagel R, Shi Z. Accelerate volume animation by space-leaping [A]. In:IEEE Visulization\'93[C]. New York: IEEE Computer Society Press, 1993:66~69.
|
[8] | [17]Agate M, Grimsdele R L, Lister P F. The HERO algorithm for ray tracing oclrees [J]. Advance in Computer Graphics Hardware, 1997,12(3): 61~73.
|
[9] | [19]Wihelms J, Gelder A. Octrees for faster iso-surface generation [J]. Computer Graphics, 1998,11 ( 3 ) : 134 ~ 145.
|
[10] | 更多...
|
[11] | [21]Shen H W, Chiang L J. A fast volume rendering algorithm for time-varying fields using a time-space partitioning (TSP) tree [A]. In: IEEE Visualization\'99 [C]. Boston: IEEE Computer Society Press, 1999:371~545.
|
[12] | [23]Sungup C, Hngeongdo K et al. Efficient space-leaping method for volume rendering [A]. In: Medical Imaging 1999, SPIE Conference on Visual Data Exploration and Analysis [C]. Munich: SPIE Press, 1999:263~270.
|
[13] | [25]Bajaj C, Pascacci V, Schikore D. The contour spectrum[A]. In: IEEE Visualization\'97 [C]. Philadelphia: IEEE Computer Society Press, 1997 : 167~173.
|
[14] | [26]Muller K, Swan E J. Splatting errors and antialiasing[J]. IEEE Transaction on Visualization and Computer Granphics, 1998, 4(2) :178~191.
|
[15] | [28]Machiraj u R, Yagel R. Reconstruction error characterization andcontrol: a sampling theory approach [J]. IEEE TVCG, 1998, 2(4):1~15.
|
[16] | [31]Dong F, Gordon J. Volume rendering of fine details within medical data [A]. In: IEEE Visualization\'2001 [C]. San Francisco: IEEE Computer Society Press, 2001:387~394.
|
[17] | [34]Schieman T, Nathmann J et al. Segmentation of the visiblehuman for high quality volume based visualization [A]. In: Visualization in Biomedical Computing Proc[C]. Boston: IEEE Computer Society Press 1999:13~22.
|
[18] | [36]Lacroute P, Levoy M. Fast volume rendering using a shear-warp factorization of viewing transformation[J]. Computer Graphics, 1994,28(4): 451~459.
|
[19] | [38]Etrl T, Westermann R, Grsso R. Multi resolution andhierarchical methods for the visualization of volume data[J].Future Generation Computer System, 1999,15(1) :31~42.
|
[20] | [40]Michel A W, Jos B T. X-ray volume rendering by hierarchical wavelet splatting [A]. In: Pattern Recognition, Proceedings, 15th International Conference[C]. Washington: IEEE Computer Society Press, 2000:159~ 162.
|
[21] | [41]Ihm I, Lee R. On enhancing the speeding of splatting with indexing [A]. In: IEEE visualization\'95 [C]. Boston: IEEE Computer Society Press, 1995: 69~76.
|
[22] | [44]Kostas A, Tim T A. 4D volume rendering with the shear warp factorisation extensions and quantitative results [A]. In: Information Visualization, Proceedings, Fifth International Conference [C]. New York: IEEE Computer Society Press, 2001:435~443.
|
[23] | [48]周勇,唐圣泽.通过区域块投影方法直接绘制三维数据场[J].计算机辅助设计与图形学报,1996,8(3):161~168.
|
[24] | [49]Muller K, Sharef N. High-quality Splatting on rectilinear gridswith efficient culling of occlued voxels[J]. IEEE Transaction on Visualization and Computer Graphics, 1999,5(2) :116~134.
|
[25] | [51]Cai W, Sakas G. Maximum intensity projective using splatting in sheared object space [A]. In: Eurographics\'98 [C]. London: Eurographics Press, 1998:134~ 141.
|
[26] | [53]Napel S, Rubin G D, et al. Sliding Thin-slab maximum intensity projection (MIP) for improved visualization of CT and MR angiographic images [A]. In: 79th Scientific Sessions Radiological Society of North America, Radiology[C]. Canada: IEEE Computer Society Press, 1993: 201~ 209.
|
[27] | [56]Ana E F, Marcelo G. Combined 3D visualization of volume data and polygonal models using a Shear-Warp algorithm [J ]. Computers & Graphics, 2000,24 (4) : 583 ~ 601.
|
[28] | [2]Ney D R, Fishman E K. Three dimensional imaging of CT: techniques and applications[A]. In:Proceeding of Visualization in Biomedical Computing [C]. Washington: IEEE Computer Society Press, 1990:498~506.
|
[29] | [4]Ney D R, Fishman E K. Editing tools for 3d medical imaging [J]. IEEECG&A, 1991,11(6):63~71.
|
[30] | [6]Sakas G, Schreyer L, Grimm M. Case Study: Visualization of 3D ultrasonic data [A]. In: IEEE Visualization\'94 [C]. New York: IEEE Computer Society Press, 1994: 369~373.
|
[31] | [8]Kruger W. Volume rendering and data feature enhancement[J]. Computer Graphics, 1988,24 (5): 68 ~ 75.
|
[32] | [10]Cai W L, Shi J Y. Composed scattering model for direct volume rendering [J]. Journal of Computer Science & Technology, 1996,11 (5): 433~442.
|
[33] | [12]Reinhard E, Chalmers A G. Overview of parallel photo-realistic graphics[A]. In:Eurographics\'98[C]. London: EurographicsSociety Press, 1998: 78~86.
|
[34] | [13]Levoy M. Volume rendering by adaptive refinement[J]. The Visual Computer, 1990,6(1) :2~7.
|
[35] | [15]Levoy M. Efficient ray tracing for volume data [J]. Computer Graphics, 1990,9 (3): 245~261.
|
[36] | [16]Glassner A. Space subdivision for fast ray tracing [J]. IEEE CG&A, 1984,4(10) :15~22.
|
[37] | [18]Peter K, Mikhail T et al. Efficient volume rendering using octree space subdivision [A]. In: Medical Imaging 1999, SPIE Conference on Visual Data Exploration and Analysis [C].Munich: SPIE Press, 1999:211~219.
|
[38] | [20]Jung P C, Sung M K, Jong B R. Efficient multi-resolution volume rendering scheme[A]. In:Medical Imaging 2000, ImageDisplay and Visualization[C]. Seoul: SPIE Press, 2000: 134~ 140.
|
[39] | [22]Avlia R, Sobierajski L, Kaufman A. Towards a comprehensivevolume visualization system[A]. In:IEEE Visuaiization\'92[C].Washington: IEEE Computer Society Press, 1992:13 ~ 20.
|
[40] | [24]Ming W, Steve B,Arie K. Boundary cell-based acceleration for volume ray casting[J]. Computers & Graphics, 1998,22 (6) : 715~721.
|
[41] | [27]Menizer H, Meetz K et al. The Heidel-berg ray tracing model[J]. IEEECG&A, 1998,11(6):34~43.
|
[42] | [29]Cai W L, Chen T Z, Shi J Y. Displaying of details in subvoxel accuracy[J]. Journal of Computer Science & Technology, 1996, 11(5) :480~489.
|
[43] | [30]Lakare S, Wan M. 3D digital cleansing using segmentation rays [A]. In: IEEE Visualization\' 2000[C]. New York: IEEE Computer Society Press, 2000: 37~44.
|
[44] | [32]Mike G J, Stavri G N. Region-enhanced volume visualization and navigation[A]. In: Medical Imaging 2000, Image Display and Visualization[C]. Seoul: SPIE Press, 2000: 454~465.
|
[45] | [33]唐泽圣.用图象空间为序的体绘制技术显示三维数据场[J].计算机学报,1994,17(11):801~808.
|
[46] | [35]Westover L. Footprint evolution for volume rendering [J]. Computer Graphics, 1990,24(4) :67~376.
|
[47] | [37]Laur D, Hanrahan P. Hierarchical splatting: A progressive refinement algorithm for volume rendering [J]. Computer Graphics, 1991,25 (4): 275~288.
|
[48] | [39]Kim T Y, Shin YG. An efficient wavelet-based compression method for volume rendering [A]. In: Computer Graphics and Applications, Proceedings, Seventh Pacific Conference [C ]. Singapore: IEEE Computer Society Press, 1999:147 ~ 156.
|
[49] | [42]Ihm I, Lee R. Indexing data structures for faster volume rendering[J]. Computers & Graphics, 1997,21(4) :497~506.
|
[50] | [43]Freund J, Slam K. Accelerated volume rendering using homogeneous region encoding [A]. In: IEEE Visualization\'98 [C]. Washington: IEEE Computer Society Press, 1998: 191~ 196.
|
[51] | [45]Liu B, Nelson G D. A simplified energy projection and applications of transfer function in isometric volume rendering [A]. In: IEEE Canadian Conference on Computer Engineering[C]. 1999. Canada: IEEE Computer Society Press, 1728 ~ 1733.
|
[52] | [46]Wilhel ms J, Gelder V. A coherent projection approach for directvolume rendering[J]. Computer Graphics, 1991,25 (4): 275 ~ 281.
|
[53] | [47]Zhou Y, Chen W, Tang Z S. Subvolume projection: a full exploration of function coherence for volume rendering[J]. The Journal of Visualization and Computer Animation, 1995,12 (6): 207~218.
|
[54] | [50]Muller K, Sharef N. Splatting without the blur[A]. In,IEEE Visualization\'99 [C]. Boston: IEEE Computer Society Press, 1999:363~544.
|
[55] | [52]Janice Z T, William E H. Improved techniques for sliding-thin slab volume visualization[A]. In: Medical Imaging 2000, Image Display and Visualization[C]. Seoul: SPIE Press, 2000:110~ 123.
|
[56] | [54]Yen S, Napel S, Rubin G D. Fast sliding thin slab volume visualization [A ]. In: IEEE Visualization\'96 [C ]. Washington: IEEE Computer Society Press, 1996 : 79~86.
|
[57] | [55]Janice Z T, Willam E H. New techniques for efficient sliding thin- slab volume visualization[J]. IEEE Transaction on MedicalImage, 2001,20(8) :823~835.
|
[58] | [57]Cai W L, Sakas G. DRR volume rendering using splatting in shear-warp context [A]. In: Nuclear Science Symposium Conference Record, IEEE[C]. Boston: IEEE Computer Society Press, 2000:12~17.
|