| |
The table below shows the final
list with session codes, session chairs, and paper numbers.
[New!] As of March
17, 2004, you may also download the Final
Program, with the list of sessions, papers, rooms,
and chairs. It is available as zipped
PDF file [ 5.8 MB, download
].
The detailed
preliminary program at a glance, listed separately,
shows the program structure and time schedule. |
![[RAS logo]](images/ras_logo.gif) |
| --- Wednesday, April
28 --- |
| Session |
Code |
Session chair(s) |
Paper ids |
| Vision Based Navigation and Tracking |
WA-1 |
S. Roumeliotis,
I. Rekleitis |
884 |
479 |
511 |
710 |
785 |
| Automation: Manufacturing Processes I |
WA-2 |
P. Luh,
T. Sobh |
1272 |
792 |
1409 |
1403 |
1295 |
| Automation: Security Surveillance |
WA-3 |
B. Benhabib,
N. Tsourveloudis |
1251 |
350 |
338 |
926 |
1291 |
| Adaptive Navigation |
WA-4 |
P. K. Khosla,
K. Kyriakopoulos |
1126 |
701 |
1051 |
1071 |
534 |
| Humanoids I |
WA-5 |
J. Solis,
S. Kawamura |
260 |
945 |
952 |
84 |
281 |
| Sensor Network I |
WA-6 |
G. S. Sukhatme,
D. Rus |
176 |
1000 |
1064 |
517 |
909 |
| Sensor Fusion I |
WA-7 |
B. Lee,
T.C. Henderson |
212 |
499 |
432 |
175 |
1021 |
| Human-Machine Interface |
WA-8 |
O. Khatib,
J. Dias |
1169 |
756 |
617 |
1188 |
83 |
| Visual Servoing I |
WA-9 |
P. Rives,
P. Corke |
578 |
576 |
691 |
744 |
796 |
| Haptic Devices I |
WA-10 |
R. Dubey,
E. Papadopoulos |
910 |
367 |
251 |
351 |
353 |
| Robot Grasping I |
WA-11 |
G. Hirzinger,
C. Balaguer |
622 |
939 |
296 |
426 |
1335 |
| Medical Robotic Applications I |
WA-12 |
R. D. Howe,
D. Prattichizzo |
762 |
775 |
812 |
1255 |
352 |
| Simultaneous Localization and Mapping I |
WA-13 |
H. Christensen,
D. Prasser |
140 |
453 |
531 |
292 |
390 |
| Nanomanipulation |
WA-14 |
A. Requicha,
N. Xi |
371 |
1432 |
1450 |
1192 |
630 |
| Probabilistic-Based Planning I |
WA-15 |
N. M. Amato,
R. Fearing |
148 |
193 |
196 |
871 |
1446 |
| Robot Vision I |
WM-1 |
L. Ascari,
S. Viollet |
790 |
797 |
801 |
845 |
861 |
| Automation: Manufacturing Processes II |
WM-2 |
A. Sanderson,
R. Willson |
22 |
109 |
133 |
607 |
661 |
| Automation: Petri Nets |
WM-3 |
X. Xie,
A. Giua |
946 |
683 |
106 |
202 |
207 |
| Robot Localization I |
WM-4 |
G. Muscato,
K. Kyriakopoulos |
1471 |
514 |
331 |
1273 |
631 |
| Humanoids II |
WM-5 |
M. Kaneko,
M. Yamamoto |
400 |
626 |
451 |
779 |
1342 |
| Sensor Networks II |
WM-6 |
T. C. Henderson,
E. Grant |
840 |
858 |
379 |
185 |
1423 |
| Sensor Fusion II |
WM-7 |
M. Hebert,
T. Tsuboushi |
1031 |
1047 |
1230 |
1328 |
1416 |
| Haptic and Human Robot Interfaces |
WM-8 |
H. Hashimoto,
R. Murphy |
693 |
1421 |
1281 |
1035 |
677 |
| Visual Servoing II |
WM-9 |
G. Hager,
N. Papanikolopoulos |
189 |
376 |
413 |
488 |
491 |
| Haptic Devices II |
WM-10 |
H. Kazerooni,
B. J. Yi |
309 |
561 |
1117 |
997 |
1046 |
| Robot Grasping II |
WM-11 |
E. Prassler,
J. P. Laumond |
730 |
767 |
717 |
1114 |
843 |
| Medical Robotics Applications II |
WM-12 |
H. Bruyninckx,
J. Troccaz |
145 |
200 |
733 |
486 |
409 |
| Simultaneous Localization and Mapping II |
WM-13 |
K. Kosuge,
I. H. Suh |
159 |
524 |
500 |
494 |
417 |
| MEMS |
WM-14 |
H. Stephanou,
Y. H. Liu |
1350 |
1211 |
1087 |
366 |
1050 |
| Probabilistic-Based Planning II |
WM-15 |
R. Siegwart,
D. Fox |
1268 |
1413 |
944 |
718 |
506 |
| Robot Vision II |
WE-1 |
E. Coste-Maniere,
B. Siciliano |
1013 |
313 |
697 |
436 |
655 |
| Flexible Automation |
WE-2 |
A. De Luca,
R. Kress |
1229 |
828 |
118 |
450 |
204 |
| Automation: Systems |
WE-3 |
R. Dillmann,
M. C. Zhou |
1197 |
813 |
1227 |
1250 |
205 |
| Robot Localization II |
WE-4 |
W. Khalil,
T. Omata |
289 |
411 |
492 |
754 |
1287 |
| Humanoids III |
WE-5 |
M. Mataric,
B. Espiau |
201 |
627 |
587 |
1417 |
1218 |
| Smart Sensors |
WE-6 |
A. Nelson,
X. Hu |
48 |
1040 |
758 |
1038 |
1341 |
| Assembly Tasks |
WE-7 |
P. Dupont,
A. Sano |
1107 |
1132 |
1069 |
1427 |
703 |
| Human Assisted Robots and Systems |
WE-8 |
R. Murray,
C. Smith |
454 |
250 |
975 |
431 |
1007 |
| Visual Servoing and Stereo Vision |
WE-9 |
S. Hutchinson,
F. Chaumette |
478 |
475 |
635 |
249 |
|
| Virtual Reality Applications and Haptics |
WE-10 |
M. Matijasevic,
E. Roszkowska |
1236 |
1362 |
805 |
1396 |
1191 |
| Manipulation and Grasping |
WE-11 |
Z. Doulgeri,
L. Vlacic |
369 |
408 |
980 |
42 |
1457 |
| Medical Robotic Applications III |
WE-12 |
R. H. Taylor,
R. Gassert |
224 |
856 |
663 |
1370 |
647 |
| Simultaneous Localization and Mapping III |
WE-13 |
S. Reveliotis,
J. Ota |
218 |
671 |
1042 |
1143 |
729 |
| Microrobotics and MEMS |
WE-14 |
A. Requicha,
F. Arai |
1371 |
1030 |
1072 |
1176 |
1109 |
| Robotics Education I |
WE-15 |
P. Fiorini,
H. Christensen |
1480 |
1481 |
1482 |
1483 |
1226 |
| Efficient Vision and Visual Tracking Techniques |
WP-1 |
C. Smith,
C. Melchiorri |
1286 |
1223 |
1454 |
1183 |
1066 |
| Automation: Monitoring |
WP-2 |
M. Ge,
J. Trevelyan |
334 |
95 |
709 |
948 |
1322 |
| Automation: Biology |
WP-3 |
H. Choset,
D. S. Kwon |
837 |
1131 |
1234 |
1299 |
1470 |
| Robot Localization III |
WP-4 |
J. Kosecka,
G. Demetriou |
1053 |
169 |
197 |
933 |
611 |
| Human Robot Interface Techniques and Devices |
WP-5 |
M. Skubic,
S.-R. Oh |
1112 |
603 |
1434 |
1381 |
614 |
| Sensor Evaluation |
WP-6 |
M. Kaneko,
T. J. Tarn |
1315 |
1200 |
1167 |
1327 |
363 |
| Coordination and Manipulation |
WP-7 |
M. T. Mason,
R. Johansson |
1284 |
1160 |
750 |
1270 |
1297 |
| Bio-Applications |
WP-8 |
C. Mavroidis,
R. Stemmer |
360 |
1159 |
1070 |
1429 |
1059 |
| Visual Tracking |
WP-9 |
P. Rybski,
G. Sandini |
1476 |
46 |
94 |
1102 |
908 |
| Telepresence and Teleoperation |
WP-10 |
C. S. G. Lee,
M. Uchiyama |
236 |
373 |
1208 |
7 |
438 |
| Deformable and Rigid Object Grasping |
WP-11 |
Z. Doulgeri,
T. Shibata |
130 |
277 |
1366 |
829 |
1149 |
| Mobile Robot Design |
WP-12 |
J. Angles,
M. Veloso |
144 |
1214 |
407 |
847 |
1464 |
| Simultaneous Localizaton and Mapping IV |
WP-13 |
G. Dudek,
K. Kozlowski |
1103 |
957 |
580 |
1307 |
323 |
| Mechanism Kinematics and Dynamics |
WP-14 |
M. T. Mason,
T. Yoshikawa |
690 |
962 |
799 |
284 |
225 |
| Robotics Education II |
WP-15 |
P. Fiorini,
H. Christensen |
1484 |
1485 |
126 |
608 |
|
| --- Thursday, April
29 --- |
| Session |
Code |
Session chair(s) |
Paper ids |
| Robot Vision Applications I |
ThA-1 |
S. Hutchinson,
F. Chaumette |
111 |
265 |
123 |
188 |
1372 |
| Human Robot Interaction I |
ThA-2 |
H. Christensen,
M. Gini |
16 |
349 |
595 |
704 |
1314 |
| Calibration |
ThA-3 |
V. P. Castelli,
J. J. Lee |
85 |
1430 |
728 |
676 |
613 |
| Mobile Robot Navigation and Path Planning I |
ThA-4 |
R. Horaud,
R. Hollis |
38 |
447 |
505 |
867 |
892 |
| Haptic Systems |
ThA-5 |
M. Peshkin,
S. Sugano |
203 |
1003 |
215 |
395 |
136 |
| Automation: Mine, Mapping, Excavation, and Demining |
ThA-6 |
H. Durrant-Whyte,
K. Yamane |
152 |
902 |
380 |
1422 |
1360 |
| Rehabilitation Robotics I |
ThA-7 |
R. Dubey,
F. Thomas |
1104 |
724 |
903 |
977 |
375 |
| Automation: Medical Applications I |
ThA-8 |
P. Dario,
S. Yuta |
41 |
1141 |
877 |
1344 |
1195 |
| Space Robots I |
ThA-9 |
S. Agrawal,
Z. Sun |
757 |
823 |
859 |
1009 |
1274 |
| Agent Based/Multi Robot Systems I |
ThA-10 |
J. Adams,
Y. Xu |
1078 |
778 |
594 |
370 |
987 |
| Multi Legged Robots |
ThA-11 |
A. Erkmen,
F. Caccavale |
857 |
314 |
698 |
467 |
615 |
| Distributed Robot Systems and Applications |
ThA-12 |
X. Yun,
K. Hosoda |
172 |
327 |
1308 |
1189 |
1135 |
| Underactuated Systems |
ThA-13 |
K. Lynch,
J. W. Grizzle |
55 |
220 |
290 |
457 |
1339 |
| Automation: Manufacturing Systems |
ThA-14 |
S. Reveliotis,
J. Trinkle |
29 |
745 |
1235 |
415 |
1076 |
| Robot Vision Applications II |
ThM-1 |
J. Kosecka,
V. Brajovic |
170 |
1358 |
399 |
851 |
1140 |
| Human Robot Interaction II |
ThM-2 |
N. Sarkar,
K. Yokoi |
1305 |
879 |
1338 |
669 |
890 |
| Sensing and Control for UAVs |
ThM-3 |
W. Green,
F. Ruffier |
869 |
876 |
990 |
114 |
1207 |
| Mobile Robot Navigation and Path Planning II |
ThM-4 |
L. Kavraki,
L. Parker |
1203 |
883 |
335 |
864 |
1378 |
| Biomechanical Systems |
ThM-5 |
J. Pratt,
V. Brajovic |
936 |
874 |
273 |
388 |
357 |
| Automation: Transportation |
ThM-6 |
V. Kumar,
S. Reveliotis |
36 |
166 |
298 |
374 |
951 |
| Rehabilitation Robotics II |
ThM-7 |
X. Yuan,
J. Lenarcic |
394 |
1240 |
377 |
473 |
543 |
| Automation: Medical Applications II |
ThM-8 |
E. Burdet,
R. Gassert |
1401 |
194 |
565 |
888 |
930 |
| Space Robots II |
ThM-9 |
A. Elfes,
T. Yoshimitsu |
1199 |
971 |
1006 |
346 |
39 |
| Agent Based/Multi Robot Systems II |
ThM-10 |
M. Skubic,
K. Suzumori |
219 |
1340 |
1263 |
646 |
1090 |
| Quadruped Robots |
ThM-11 |
H. Kimura,
P. Stone |
393 |
198 |
768 |
1187 |
1080 |
| Learning Techniques |
ThM-12 |
J. Farrell,
F. Basile |
13 |
429 |
1151 |
1175 |
141 |
| Flexible and Elastic Joint Robots |
ThM-13 |
B. Sicilliano,
I. Walker |
527 |
741 |
503 |
90 |
87 |
| Automation: Supply Chains |
ThM-14 |
N. Viswanadham,
B.-J. You |
1459 |
1410 |
396 |
216 |
1293 |
| Robot Vision Applications III |
ThE-1 |
W. Snyder,
K. Ikeuchi |
421 |
673 |
546 |
816 |
1477 |
| Human Robot Interaction III |
ThE-2 |
R. Murphy,
M. Mataric |
1302 |
605 |
773 |
1014 |
986 |
| Modeling |
ThE-3 |
A. Bicchi,
M. Yim |
1174 |
1368 |
811 |
1334 |
1375 |
| Path Planning Techniques |
ThE-4 |
L. Kavraki,
Y. Yamada |
657 |
654 |
1252 |
359 |
372 |
| Biorobotics |
ThE-5 |
B. Nelson,
J. Canny |
480 |
460 |
101 |
794 |
1383 |
| Reconfigurable Robots |
ThE-6 |
M. Rubenstein,
S. Chiaverini |
221 |
802 |
787 |
1027 |
341 |
| Hybrid Systems and Control |
ThE-7 |
P. Fiorini,
R. Hollis |
43 |
1437 |
1275 |
1468 |
593 |
| Robot Fingers |
ThE-8 |
K. M. Lee,
D. Pai |
378 |
385 |
23 |
386 |
1445 |
| Space Robots III |
ThE-9 |
K. Kosuge,
R. Wilson |
547 |
1374 |
1089 |
1111 |
958 |
| Multi Agent Systems: Control Methods |
ThE-10 |
H. Tanner,
J. Cortes |
882 |
1091 |
1110 |
782 |
1278 |
| Biped Locomotion |
ThE-11 |
C. G. Atkeson,
K. Jablokow |
1154 |
1182 |
1056 |
814 |
648 |
| Adaptive Control |
ThE-12 |
A. Koivo,
M. Caccia |
76 |
33 |
381 |
56 |
442 |
| Omnidirectional Robots |
ThE-13 |
S. Hirose,
L. Villani |
17 |
18 |
155 |
550 |
1097 |
| Scheduling and Disassembly |
ThE-14 |
L. C. Fu,
G. Vachtsevanos |
248 |
247 |
53 |
865 |
1279 |
| Range Sensing |
ThP-1 |
F. Tang,
A. Erkmen |
435 |
584 |
1065 |
508 |
774 |
| Humanoid Based Motion Control and Speech Production |
ThP-2 |
S. Hirai,
T. Arai |
267 |
1023 |
1337 |
1220 |
398 |
| System Dynamics |
ThP-3 |
X. Yuan,
K. Lynch |
79 |
103 |
1271 |
1265 |
819 |
| Motion and Path Planning |
ThP-4 |
S. M. LaValle,
T. Kesavadas |
1210 |
844 |
996 |
917 |
863 |
| Biologically Inspired Robot Systems |
ThP-5 |
C. G. S. Lee,
D. Meldrum |
637 |
1443 |
1331 |
422 |
1122 |
| Mobile Robot Platforms |
ThP-6 |
G. Antonelli,
K. Ohnishi |
498 |
988 |
187 |
270 |
1449 |
| Architectures of Networked Robotics and Applications |
ThP-7 |
J. Su,
G. Magnani |
93 |
143 |
434 |
832 |
972 |
| Robot Hands |
ThP-8 |
Y. Matsuoka,
L. Matthies |
1453 |
1467 |
1185 |
1153 |
404 |
| Robot Software Tools and Architectures |
ThP-9 |
X. Yun,
J. Kim |
441 |
526 |
469 |
830 |
1320 |
| Multi Robot Cooperation and Coordination |
ThP-10 |
V. Lumelsky,
Y. Yokokohji |
747 |
1282 |
507 |
1231 |
1168 |
| Systems and Component Design for Service and Rescue Robots |
ThP-11 |
R. Siegwart,
F. Groen |
294 |
1081 |
1034 |
684 |
1330 |
| Learning and Adaptive Control Applications |
ThP-12 |
P. Allen,
D. Kragic |
62 |
960 |
742 |
606 |
807 |
| Environmental Robots |
ThP-13 |
E. Papadopoulos,
A. Maciejewski |
318 |
1119 |
585 |
672 |
616 |
| Assembly |
ThP-14 |
J. Xiao,
E. Bayro-Corrochano |
887 |
993 |
639 |
921 |
973 |
| --- Friday, April
30 --- |
| Session |
Code |
Session chair(s) |
Paper ids |
| Unmanned Aerial Vehicles I |
FA-1 |
G. Sukhatme,
P. Oh |
430 |
873 |
259 |
598 |
567 |
| Actuators I |
FA-2 |
J. Borenstein,
M. Sitti |
6 |
34 |
1424 |
1055 |
88 |
| Parallel Robots and Manipulators I |
FA-3 |
K. Waldron,
J. P. Merlet |
545 |
1325 |
50 |
1198 |
1150 |
| Teleoperation I |
FA-4 |
M. Peshkin,
K. Kyriakopoulos |
1463 |
1241 |
1008 |
320 |
981 |
| Behavior Robotics I |
FA-5 |
L. Adouane,
M. H. Ang |
568 |
425 |
1157 |
516 |
706 |
| Map Building I |
FA-6 |
M. Gini,
V. Verma |
689 |
772 |
557 |
316 |
1054 |
| Biped Robots I |
FA-7 |
K. Komoriya,
D. Orin |
824 |
1357 |
468 |
1173 |
1098 |
| Motion Planning and Navigation |
FA-8 |
S. S. Iyengar,
C. Laugier |
139 |
1303 |
596 |
131 |
229 |
| Collision and Obstacle Avoidance I |
FA-9 |
C. Thorpe,
K. Jablokow |
878 |
810 |
125 |
312 |
1029 |
| Deformable Models |
FA-10 |
B. Nelson,
M. Greminger |
97 |
1083 |
1356 |
1377 |
44 |
| Motion Planning I |
FA-11 |
J. Canny,
W. Snyder |
1395 |
181 |
242 |
893 |
|
| Robot Control |
FA-12 |
V. Kumar,
F. Lewis |
919 |
978 |
416 |
901 |
1352 |
| Mathematical Modeling and Path Planning |
FA-13 |
S. M. LaValle,
E. Guglielmelli |
217 |
1204 |
752 |
137 |
1120 |
| Automation: Service |
FA-14 |
S. Hsia,
S. Lee |
1294 |
405 |
440 |
1186 |
1085 |
| Unmanned Aerial Vehicles II |
FM-1 |
J. Yuh,
L. Pallottino |
846 |
191 |
1466 |
154 |
897 |
| Actuators II |
FM-2 |
H. Asada,
K. M. Lee |
262 |
579 |
569 |
969 |
1060 |
| Parallel Robots and Manipulators II |
FM-3 |
J. T. Wen,
N. Pires |
322 |
1431 |
108 |
110 |
315 |
| Teleoperation II |
FM-4 |
J. Adams,
A. Casals |
305 |
299 |
458 |
463 |
995 |
| Behavior Robotics II |
FM-5 |
M. Skubic,
R. Volpe |
19 |
1289 |
621 |
1458 |
233 |
| Map Building II |
FM-6 |
A. Howard,
A. Stroupe |
1419 |
533 |
1123 |
1326 |
37 |
| Biped Robots II |
FM-7 |
B. Ghosh,
B. Smart |
67 |
589 |
1296 |
25 |
681 |
| Mobile Robot Navigation |
FM-8 |
E. Grant,
G. Casalino |
1052 |
1309 |
26 |
915 |
1164 |
| Collision and Obstacle Avoidance II |
FM-9 |
R. Chatila,
F. Pierrot |
548 |
1057 |
1058 |
570 |
736 |
| Flexible and Redundant Manipulators |
FM-10 |
J. K. Mills,
W.-K. Chung |
333 |
520 |
1095 |
310 |
344 |
| Motion Planning II |
FM-11 |
T. Fukuda,
F. Basile |
1172 |
1332 |
403 |
738 |
1213 |
| Vehicle Control |
FM-12 |
G. Oriolo,
K. Ito |
419 |
324 |
541 |
868 |
325 |
| Motion and Planning Techniques |
FM-13 |
C. Melchiorri,
M. Hiller |
714 |
1048 |
279 |
591 |
562 |
| Automation: Cleaning, Construction, and Agriculture |
FM-14 |
S. Thayer,
A. Zelinsky |
512 |
10 |
240 |
1349 |
934 |
| Autonomous Underwater Vehicles |
FE-1 |
J. Bellingham,
J. Leonard |
1237 |
1473 |
800 |
234 |
636 |
| Actuators III |
FE-2 |
W. Hamel,
J.Y. Choi |
427 |
961 |
1128 |
184 |
190 |
| Parallel Robots and Manipulators III |
FE-3 |
Y. Zheng,
J. Xiao |
81 |
412 |
1267 |
343 |
1253 |
| Teleoperation III |
FE-4 |
K. Goldberg,
N. Xi |
1406 |
686 |
1280 |
237 |
295 |
| Non-Holonomic Robots and Systems |
FE-5 |
S. Stramigioli,
G. S. Chirikjian |
490 |
8 |
156 |
770 |
96 |
| Neural Network Techniques |
FE-6 |
X. Xie,
K. Harada |
1288 |
600 |
391 |
1452 |
257 |
| Legged Robots |
FE-7 |
M. Veloso,
I. H. Suh |
599 |
1285 |
889 |
974 |
92 |
| Navigation Techniques |
FE-8 |
E. Bayro-Corrochano,
C. Laschi |
173 |
180 |
678 |
481 |
255 |
| Imaging |
FE-9 |
M. Meng,
S. Hirai |
1019 |
1474 |
1465 |
177 |
21 |
| Biologically Inspired Robot and Sensor Design |
FE-10 |
K. Hashimoto,
F. Arai |
831 |
58 |
841 |
286 |
766 |
| Mathematical Techniques for Motion & Path Planning |
FE-11 |
M. Carrozza,
H. Tanner |
735 |
609 |
32 |
1206 |
15 |
| Manipulation and Control |
FE-12 |
S. E. Salcudean,
G. Ferretti |
1061 |
929 |
179 |
549 |
1166 |
| Localization and Map Building |
FE-13 |
S. Thrun,
S. Chiaverini |
168 |
522 |
389 |
311 |
982 |
| Automation: Inspection |
FE-14 |
A. Bicchi,
P. Will |
288 |
330 |
437 |
100 |
791 |
| Underwater Robots |
FP-1 |
J. Yuh,
D. Lane |
1086 |
244 |
809 |
1400 |
91 |
| Novel Actuators |
FP-2 |
H. Asada,
J. Park |
932 |
1039 |
117 |
826 |
1011 |
| Parallel Robots and Stewart Platforms |
FP-3 |
I. Ebert-Uphoff,
V. Parenti Castelli |
222 |
223 |
157 |
835 |
822 |
Failure Monitoring,
Diagnosis and Recovery |
FP-4 |
A. De Luca,
A. Nelson |
1179 |
552 |
1062 |
1301 |
679 |
| Microrobots and Micromanipulation |
FP-5 |
S. Akella,
S. E. Salcudean |
645 |
493 |
968 |
842 |
471 |
| Fuzzy and Neuro-Fuzzy Techniques |
FP-6 |
K. Valavanis,
G. Antonelli |
1407 |
361 |
1043 |
554 |
746 |
| Snake Robots |
FP-7 |
R. C. Luo,
F. C. Park |
448 |
183 |
182 |
1170 |
601 |
| Wheeled & Legged Robot Navigation Techniques |
FP-8 |
M. Hebert,
T. Hasegawa |
362 |
428 |
1073 |
935 |
854 |
| Pose Estimation |
FP-9 |
A. Kak,
E. Huber |
719 |
263 |
283 |
365 |
1283 |
| Discrete Event Systems and Automation |
FP-10 |
M. C. Zhu,
N. Sarkar |
489 |
102 |
163 |
107 |
1163 |
| Tracking |
FP-11 |
J. Trevelyan,
J. Burdick |
158 |
443 |
496 |
128 |
912 |
| Manipulator Control Techniques |
FP-12 |
K. Kosuge,
P. Rocco |
1142 |
266 |
1139 |
1100 |
146 |
| Miscellaneous Applications |
FP-13 |
G. Casalino,
R. Jarvis |
1079 |
927 |
1158 |
731 |
348 |
| Fixturing, Modeling, and Applications |
FP-14 |
K. Ito,
J. K. Mills |
1116 |
860 |
592 |
954 |
1479 |
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