1999 |
43 | EE | Shigang Li,
Saburo Tsuji:
Qualitative representation of scenes along route.
Image Vision Comput. 17(9): 685-700 (1999) |
1998 |
42 | EE | Jiang Yu Zheng,
Saburo Tsuji:
Generating Dynamic Projection Images for Scene Representation and Understanding.
Computer Vision and Image Understanding 72(3): 237-256 (1998) |
1995 |
41 | EE | Katsuhiro Matsuno,
Chil-Woo Lee,
Satoshi Kimura,
Saburo Tsuji:
Automatic Recognition of Human Facial Expressions.
ICCV 1995: 352-359 |
40 | | Hiroshi Ishiguro,
Takahiro Miyashita,
Saburo Tsuji:
T-Net for Navigating a Vision-Guided Robot in Real World.
ICRA 1995: 1068-1074 |
1994 |
39 | | Katsuhiro Matsuno,
Chil-Woo Lee,
Saburo Tsuji:
Recognition of Human Facial Expressions Without Feature Extraction.
ECCV (1) 1994: 513-520 |
38 | | Akitoshi Tsukamoto,
Chil-Woo Lee,
Saburo Tsuji:
Pose Estimation of Human Face Using Synthesized Model Images.
ICIP (3) 1994: 93-97 |
37 | | Hiroshi Ishiguro,
Takeshi Maeda,
Takahiro Miyashita,
Saburo Tsuji:
A Strategy for Acquiring an Environmental Model with Panoramic Sensing by a Mobile Robot.
ICRA 1994: 724-729 |
36 | EE | Koji Kato,
Hiroshi Ishiguro,
Saburo Tsuji:
Obtaining Environment Model Using Behavior-Based Robot System.
MVA 1994: 352-355 |
35 | EE | Gang Xu,
Eigo Segawa,
Saburo Tsuji:
Robust active contours with insensitive parameters.
Pattern Recognition 27(7): 879-884 (1994) |
1993 |
34 | | Hiroshi Ishiguro,
Koji Kalo,
Saburo Tsuji:
Multiple Vison Agents Navigating a Mobile Robot in a Real World.
ICRA (1) 1993: 772-777 |
33 | | Hiroshi Ishiguro,
Kenji Ueda,
Saburo Tsuji:
Omnidirectional Visual Information for Navigating a Mobile Robot.
ICRA (1) 1993: 799-804 |
32 | | Saburo Tsuji,
Shigang Li:
Making Cognitive Map of Outdoor Environment.
IJCAI 1993: 1632-1638 |
1992 |
31 | EE | Hiroshi Ishiguro,
Masashi Yamamoto,
Saburo Tsuji:
Omni-Directional Stereo.
IEEE Trans. Pattern Anal. Mach. Intell. 14(2): 257-262 (1992) |
30 | EE | Minoru Asada,
Saburo Tsuji:
Introduction: Machine vision research at Osaka University.
International Journal of Computer Vision 9(1): 5-11 (1992) |
29 | EE | Jiang Yu Zheng,
Saburo Tsuji:
Panoramic representation for route recognition by a mobile robot.
International Journal of Computer Vision 9(1): 55-76 (1992) |
1991 |
28 | | Patrick Stelmaszyk,
Hiroshi Ishiguro,
Saburo Tsuji:
Mobile Robot Navigation by an Active Control of the Vision System.
IJCAI 1991: 1241-1246 |
27 | | Matthew Barth,
Hiroshi Ishiguro,
Saburo Tsuji:
Determining Robot Egomotion from Motion Parallax Observed by an Active Camera.
IJCAI 1991: 1247-1256 |
1989 |
26 | | Gang Xu,
Saburo Tsuji:
Three-Dimensional Interpretation of Quadrilaterals.
IJCAI 1989: 1610-1616 |
25 | | Gang Xu,
Hideki Kondo,
Saburo Tsuji:
A Region-Based Stereo Algorithm.
IJCAI 1989: 1661-1668 |
1988 |
24 | EE | Minoru Asada,
Hidetoshi Ichikawa,
Saburo Tsuji:
Determining Surface Orientation by Projecting a Stripe Pattern.
IEEE Trans. Pattern Anal. Mach. Intell. 10(5): 749-754 (1988) |
1987 |
23 | | Saburo Tsuji,
Jiang Yu Zheng:
Visual Path Planning by a Mobile Robot.
IJCAI 1987: 1127-1130 |
22 | | Gang Xu,
Saburo Tsuji:
Recovering Surface Shape from Boundary.
IJCAI 1987: 731-733 |
1985 |
21 | | Gang Xu,
Saburo Tsuji,
Minoru Asada:
Coarse-to-Fine Control Strategy for Matching Motion Stereo Pairs.
IJCAI 1985: 892-894 |
20 | | Minoru Asada,
Saburo Tsuji:
Utilization of a Stripe Pattern for Dynamic Scene Analysis.
IJCAI 1985: 895-897 |
1984 |
19 | EE | Minoru Asada,
Masahiko Yachida,
Saburo Tsuji:
Analysis of three-dimensional motions in blocks world.
Pattern Recognition 17(1): 57-71 (1984) |
1983 |
18 | | Minoru Asada,
Saburo Tsuji:
Inferring Motion of Cylindrical Object From Shape Information.
IJCAI 1983: 1032-1034 |
17 | | Norihiro Abe,
Fumihide Itho,
Saburo Tsuji:
Toward Generation of 3-Dimensional Models of Objects Using 2-Dimensional Figures and Explanations in Language.
IJCAI 1983: 1113-1115 |
16 | | Masahiko Yachida,
T. Ichinose,
Saburo Tsuji:
Model-Guided Monitoring of a Building Environment by a Mobile Robot.
IJCAI 1983: 1125-1127 |
1982 |
15 | | Norihiro Abe,
Fumihide Itoh,
Saburo Tsuji:
Toward a Learning of Object Models Using Analogical Objects and Verbal Instruction.
AAAI 1982: 362-366 |
14 | EE | Norihiro Abe,
Saburo Tsuji:
A learning of object structures by verbalism.
COLING 1982: 1-6 |
1981 |
13 | | Saburo Tsuji,
Hidetoshi Nakano:
Knowledge-Based Identification of Artery Branches in Cine-Angiograms.
IJCAI 1981: 710-715 |
12 | | Norihiro Abe,
Itsuya Soga,
Saburo Tsuji:
A Plot Understanding System on Reference to Both Image and Language.
IJCAI 1981: 77-84 |
1980 |
11 | EE | Norihiro Abe,
Nobutaka Uemura,
Masahiro Higashide,
Saburo Tsuji:
ON FROFF: A Text Processing System For English Texts And Figures.
COLING 1980: 262-269 |
1978 |
10 | | Saburo Tsuji,
Fumio Matsumoto:
Detection of Ellipses by a Modified Hough Transformation.
IEEE Trans. Computers 27(8): 777-781 (1978) |
1977 |
9 | | Saburo Tsuji,
A. Morizono,
S. Kuroda:
Understanding a Simple Cartoon Film by a Computer Vision System.
IJCAI 1977: 609-610 |
8 | | Saburo Tsuji,
Fumio Matsumoto:
Detection of Elliptic and Linear Edges by Searching Two Parameter Spaces.
IJCAI 1977: 700-705 |
7 | | Masahiko Yachida,
Saburo Tsuji:
A Versatile Machine Vision System for Complex Industrial Parts.
IEEE Trans. Computers 26(9): 882-894 (1977) |
1975 |
6 | | Saburo Tsuji,
A. Nakamura:
Recognition Of An Object in A Stack Of Industrial Parts.
IJCAI 1975: 811-818 |
5 | | Masahiko Yachida,
Saburo Tsuji:
A Machine Vision For Complex Industrial Parts With Learning Capability.
IJCAI 1975: 819- |
1973 |
4 | | Fumiaki Tomita,
Masahiko Yachida,
Saburo Tsuji:
Detection of Homogeneous Regions by Structural Analysis.
IJCAI 1973: 564-571 |
1972 |
3 | EE | Yoshiaki Shirai,
Saburo Tsuji:
Extraction of the line drawing of 3-dimensional objects by sequential illumination from several directions.
Pattern Recognition 4(4): 343-344 (1972) |
1971 |
2 | | Yoshiaki Shirai,
Saburo Tsuji:
Extraction of the Line Drawings of 3-Dimensional Objects by Sequential Illumination From Several Directions.
IJCAI 1971: 71-79 |
1 | EE | Masahiko Yachida,
Saburo Tsuji:
Application of color information to visual perception.
Pattern Recognition 3(3): 307-318 (1971) |