source: trunk/VUT/doc/SciReport/Bib/jiri.bib @ 243

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1@Article{bittner03:jep,
2  author =       {Ji\v{r}\'\i{} Bittner and Peter Wonka},
3  title =        {Visibility in Computer Graphics},
4  journal =      {Environment and Planning B: Planning and Design},
5  year =         {2003},
6  volume =       {30},
7  number =       {5},
8  pages =        {729--756},
9  month =        sep,
10  publisher = {Pion Ltd}
11}
12
13
14@PhdThesis{bittner:03:phd,
15  author =       {Ji\v{r}\'\i{} Bittner},
16  title =        {Hierarchical Techniques for Visibility Computations},
17  school =       {Czech Technical University in Prague},
18  year =         {2002},
19  month =        oct,
20}
21
22@Article{bittner:02:cg,
23  author =       {Ji\v{r}\'\i{} Bittner and jan P\v{r}ikryl and Pavel Slav\'\i{k}},
24  title =        {Exact Regional Visibility using Line Space Partitioning},
25  journal =      {Computers \& Graphics},
26  year =         {2003},
27  volume =       {27},
28  number =       {4},
29  pages =        {569--580},
30  month =        aug,
31}
32
33
34@article{bittner01:jvca,
35  author = "Ji\v{r}\'\i{} Bittner and Vlastimil Havran",
36  title = "Exploiting Coherence in Hierarchical Visibility Algorithms",
37  journal = "Journal of Visualization and Computer Animation, John Wiley \& Sons",
38  year = "2001",
39  volume = "12",
40  pages =  "277--286"
41}
42
43@inproceedings{bittner:2002:SCCG,
44  author = "Ji\v{r}\'\i{} Bittner",
45  title = "Efficient Construction of Visibility Maps using Approximate Occlusion Sweep",
46  booktitle = "Proceedings of Spring Conference on Computer Graphics (SCCG'02)",
47  address = {Budmerice, Slovakia},
48  year = "2002",
49  pages =       "163--171"
50}
51
52
53
54@inproceedings{havran:2002:WSCG,
55  author = "Vlastimil Havran and Ji\v{r}\'\i{} Bittner",
56  title = "On Improving {Kd}-Trees for Ray Shooting",
57  booktitle = "Journal of WSCG (Proceedings of Winter School on Computer Graphics 2001)",
58  address = {Plzen, Czech Republic},
59  year = "2002",
60  month = feb,
61 volume = "10",
62  number = "1--3",
63abstract="Efficient ray shooting algorithm is inherently required by
64many computer graphics algorithms, particularly in image
65synthesis. Practical ray shooting algorithms aiming at the
66average-case complexity use some underlying spatial data structure
67such as $kd$-tree. We show the new termination criteria algorithm that
68improves the space and time complexity of the $kd$-tree
69construction. It provides efficient ray-shooting queries and does not
70require any specific constants from a user. Further, we show how to
71apply a novel clipping algorithm into the $kd$-tree within
72construction phase in order to improve its properties."
73}
74
75
76@inproceedings{bittner:2001:PG,
77  author = "Ji\v{r}\'\i{} Bittner and Peter Wonka and Michael Wimmer",
78  title = "Visibility Preprocessing for Urban Scenes using Line Space Subdivision",
79  booktitle = "Proceedings of Pacific Graphics (PG'01)",
80  address = {Tokyo, Japan},
81  year = "2001",
82  publisher = "IEEE Computer Society",
83  pages =       "276--284"
84}
85
86@inproceedings{bittner:2001:SCCG,
87
88  author = "Ji\v{r}\'\i{} Bittner and Vlastimil Havran",
89  title = "Exploiting Temporal and Spatial Coherence in Hierarchical Visibility Algorithms",
90  booktitle = "Proceedings of Spring Conference on Computer Graphics (SCCG'01)",
91  address = {Budmerice, Slovakia},
92  year = "2001",
93  publisher = "IEEE Computer Society",
94  pages =       "213--220"
95}
96
97@TechReport{Bittner:2001:ERV_long,
98
99  author =      "Ji\v{r}\'\i{} Bittner and Jan P\v{r}ikryl",
100  title =       "Exact Regional Visibility using Line Space Partitioning",
101  year =        "2001",
102  month =       march,
103  pages =       "1--13",
104  keywords =    "visibility, line--space, BSP--tree, kD--tree, Plucker coordinates, projective geometry",
105  number =      "TR-186-2-01-06",
106  institution = "Institute of Computer Graphics and Algorithms,
107                 Vienna University of Technology",
108  address =     "Karlsplatz 13/186/2, A-1040 Vienna, Austria",
109  ftp =         "ftp://ftp.cg.tuwien.ac.at/pub/TR/01/TR-186-2-01-06Paper.ps.gz",
110  note =        "human contact: technical-report@cg.tuwien.ac.at",
111  abstract =    " We present a new technique for exact and output sensitive
112                 determination of  visibility from a polygonal region
113                 in the pla ne. It uses hierarchical partitioning of
114                 {\em line space}, that provid es comprehensive
115                 description of visibility for a set of {\em occlu
116                 ders}.  To the best of our knowledge, it is the first
117                 exact regional visibility algorithm suitable for
118                 visibility preprocessing of large scenes of
119                 unspecific type. We have evaluated the implementation
120                 on scenes with various visibility characteristics."
121                 }
122
123@TechReport{Bittner:2001:ERV,
124
125  author =      "Ji\v{r}\'\i{} Bittner and Jan P\v{r}ikryl",
126  title =       "Exact Regional Visibility using Line Space Partitioning",
127  year =        "2001",
128  month =       march,
129  pages =       "1--13",
130  keywords =    "visibility, line--space, BSP--tree, kD--tree, Plucker coordinates, projective geometry",
131  number =      "TR-186-2-01-06",
132  institution = "Institute of Computer Graphics and Algorithms,
133                 Vienna University of Technology",
134  ftp =         "ftp://ftp.cg.tuwien.ac.at/pub/TR/01/TR-186-2-01-06Paper.ps.gz",
135  note =        "Available as ftp://ftp.cg.tuwien.ac.at/pub/TR/01/TR-186-2-01-06Paper.ps.gz",
136  abstract =    " We present a new technique for exact and output sensitive
137                 determination of  visibility from a polygonal region
138                 in the pla ne. It uses hierarchical partitioning of
139                 {\em line space}, that provid es comprehensive
140                 description of visibility for a set of {\em occlu
141                 ders}.  To the best of our knowledge, it is the first
142                 exact regional visibility algorithm suitable for
143                 visibility preprocessing of large scenes of
144                 unspecific type. We have evaluated the implementation
145                 on scenes with various visibility characteristics."
146                 }
147
148#####################
149
150@inproceedings{havran:2001:EG,
151
152  author = "Vlastimil Havran and Ji\v{r}\'\i{} Bittner",
153  title = "LCTS: Ray Shooting using Longest Common Traversal Sequences",
154  booktitle = "Proceedings of Eurographics (EG'00)",
155  address = {Interlaken, Switzerland},
156  year = "2000",
157  pages =       "59--70"
158}
159
160%%%%%%%%% 1999 %%%%%%%%%%%%%%%%
161
162
163
164@TechReport{bittner99min,
165  author =       {Jiri Bittner},
166  title =        {Hierarchical Techniques for Visibility Determination},
167  institution =  {Department of Computer Science and Engineering,
168Czech Technical University in Prague},
169  year =         {1999},
170  number =       {DS-005},
171  month =        {March},
172  note = "Also available as http://www.cgg.cvut.cz/\~{}bittner/publications/minimum.ps.gz"
173}
174
175
176@Misc{bittner99eg,
177  author =       {Ji\v{r}\'\i{} Bittner and Vlastimil Havran},
178  title =        {Exploiting Temporal and Spatial Coherence in Hierarchical Visibility
179 Algorithms},
180  howpublished = {Submitted to the Eurographics'99 conference in Milano},
181  month =        {January},
182  year =         {1999},
183}
184
185@Misc{havran99wscg,
186  author =       {Vlastimil Havran and Ji\v{r}\'\i{} Bittner and
187                 Ji\v{r}\'\i{} \v{Z}\'{a}ra},
188  title =        {Constructing Rectilinear BSP Trees for Preffered Ray Sets},
189  howpublished = {Poster presentation at the WSCG'99 conference, Pilsen},
190  month =        {February},
191  year =         {1999},
192}
193
194@InProceedings{havran99sccg,
195  author = { Vlastimil Havran and Ji\v{r}\'\i{} Bittner},
196  title  = { Rectilinear BSP trees for preferred ray sets },
197  booktitle = { Proceedings of the Spring Conference on Computer Graphics (SCCG'99)},
198  address = { Budmerice, Slovakia},
199  year  = 1999,
200  pages = "171--178"
201}
202%  note = "Also available as http://www.cgg.cvut.cz/\~{}bittner/sccg98.ps.gz",
203
204
205@Misc{bittner99wshop,
206  author =       {Ji\v{r}\'\i{} Bittner and Vlastimil Havran Tom\'a\v{s}{} Kopal},
207  title =        {Visibility Computations in Large 3D Scenes},
208  howpublished = {Poster presentation at the Workshop'99, CTU Prague},
209  month =        {January},
210  year =         {1999},
211}
212
213%%%%%%%%% 1998 %%%%%%%%%%%%%%%%%%%%%%
214
215@Article{Havran98:d,
216   author = {Havran, V. and Kopal, T. and Bittner, J. and \v{Z}\'{a}ra, J.},
217   title = {FAST ROBUST BSP TREE TRAVERSAL ALGORITHM FOR RAY TRACING},
218   journal = {Journal of Graphics Tools},
219   year = { 1998 },
220   month = dec,
221}
222
223@inproceedings{bittner98b,
224  author = "Ji\v{r}\'\i{} Bittner and Vlastimil Havran and Pavel Slav\'\i{k}",
225  title = "Hierarchical Visibility Culling with Occlusion Trees",
226  booktitle = "Proceedings of Computer Graphics International '98 (CGI'98)",
227  year = "1998",
228  pages = "207--219",
229  publisher = "IEEE",
230  who = "Havran Vlastimil: VIS-0047",
231}
232% note = "Also available as http://www.cgg.cvut.cz/\~{}bittner/paper-copy.ps.gz",
233
234@InProceedings{Havran98:b,
235  author = { Havran, V. and Bittner, J. and \v{Z}\'{a}ra, J.},
236  title  = { Ray Tracing with Rope Trees},
237  booktitle = { Proceedings of 13th Spring Conference on Computer Graphics},
238  address = { Budmerice},
239  date  = {April 23--26},
240  year  = 1998,
241  pages = "130--139",
242  note = "Also available as http://www.cgg.cvut.cz/\~{}bittner/sccg98.ps.gz",
243}
244
245
246@InProceedings{bittner98poster,
247  author = {Bittner, J.},
248  title  = {Conservative Hierarchical Visibility with Occlusion Trees},
249  booktitle = {Proceedings of Poster'98},
250  organization = { CTU--FEE },
251  address = {Prague, Czech Republic},
252  pages = {2 pages, IC 03},
253  month = {May},
254  year  = {1998},
255}
256
257
258@InProceedings{Kopal98:b,
259  author = {Kopal, T. and Havran, V. and Bittner, J. and \v{Z}\'{a}ra, J.},
260  title  = {Directionality in Ray Tracing},
261  booktitle = {Proceedings of Poster'98},
262  note = {2nd International Student Conference on Electrical Engineering},
263 organization = { CTU--FEE },
264  address = {Prague, Czech Republic},
265  pages = {2 pages, IC 24},
266  month = {May},
267  year  = {1998},
268}
269
270
271@InProceedings{bittner98wshop,
272   author = {Bittner, J.},
273   title = {Hierarchical Visibility Algorithms},
274   booktitle = {Proceedings of Workshop'98},
275   organization = { CTU--FEE },
276   address = { Prague, Czech Republic },
277   editor= { A. Strejc },
278   month = { February},
279   pages = { 195--196},
280   year  = { 1998 },
281}
282
283
284%%%%%%%%% 1997 %%%%%%%%%%%%%%%%%%%%%%%
285
286@MastersThesis{Bittner:masters97,
287  author =       {Bittner, J.},
288  title =        {Global Visibility Computations},
289  school =       {Department of Computer Science and Engineering, Czech Technical University
290Prague},
291  year =         {1997},
292  month =        {January},
293  note =  "Also available as http://www.cgg.cvut.cz/\~{}bittner/masters.ps.gz",
294}
295
296@InProceedings{Bittner:gaw97,
297  author =       {Bittner, J.},
298  title =        {Global Visibility Computations},
299  booktitle =    {Graphics and WEB '97},
300  year =         {1997},
301  organization = {HTW Dresden, Germany},
302  key =          {global visibility, VRML, conservative visibility, spatial
303                  subdivision, visibility computations},
304}
305
306@InProceedings{Bittner:cescg97,
307  author =       {Bittner, J.},
308  title =        {Global Visibility},
309  booktitle =    {Proceedings of the CESCG '97, April 97, Bratislava and Vienna},
310  year =         {1997},
311  pages = {105--111},
312  key =          {global visibility, VRML, conservative visibility, spatial
313                  subdivision, visibility computations},
314}
315
316@InProceedings{Trefny97,
317  author =       {M. Trefn\'{y} and J. Bittner},
318  title =        {Global Visibility},
319  booktitle =    {Proceedings of The Fifth Internatinal Conference in Central
320                  Europe on Computer Graphics and Visualization '97},
321  key =          {global visibility, VRML, conservative visibility, spatial
322                  subdivision, visibility computations},
323  volume =       {IV},
324  pages =        {691--694},
325  year =         {1997},
326  month =        feb
327}
328
329%%%%%%%%%%%% 1996 %%%%%%%%%%%%%%%%%%%
330@TechReport{Bittner:delft96,
331  author =       {Bittner, J.},
332  title =        {RECNET - The speech recognition system},
333  institution =  {Technical University, Delft},
334  year =         {1996},
335  number =       {TR 96--160},
336  month =        {June}
337}
338
339
340
341
342
343
344
345
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