| Computer Vision Lab / Graduation Thesis |
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| Kenta Kitamoto | Feature Line Extraction System for Painter Robots |
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| Maiko Miyazaki | Knotting Rope by Learning from Visual Examples |
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| Yasuhide Okamoto | Sequential Point Clusters: Efficient Point-based Rendering Method for Huge 3D Models |
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| Naoya Saga | Rope State Recognition Using Sequential Images for Knot Planning from Observation |
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| Takashi Maekawa | Creation of the HDR Image Under Sunshine |
| Masahiro Bessho | Recognizing and Object's Shape through Its Projected Contour on Another Object Using Infrared Images |
| Yasuhiko Uehara | Robust Simultaneous Alignment of Multiple Range Images Using Epipolar Constraint |
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| Akifumi Ikari | Image Mosaicing: Create High Quality Panoramic Multi-spectral Image |
| Takaaki Harada | Estimating Photometric Parameters for Digital Archiving (in Japanese) |
| Nobuyuki Yoshifuji | Texture Mapping of Camera Images onto Range Images (in Japanese) |
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| Tomohito Masuda | 3D Shape Manipulation by Using Spherical Attribute Image |
| Nobuaki Inaguma | Parameter Estimation of Specular Reflection Model and Rendering of Specular Reflection (in Japanese) |
| Morihiro Hayashida | Real-time Superimposing a Photo-realistic Virtual Object onto a Real Movie |
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| Kyo Ezawa | Modeling and Representation of Temporal Variation of Object Surface Color by Analyzing Spectral Distribution (in Japanese) |
| Hiroshi Kano | User Interface for 3D Model Reconstruction from 2D Images (in Japanese) |
| Arihiro Nakamura | Modeling and Classification by Using Dynamic Contour Extraction (in Japanese) |
| Daisuke Miyazaki | Calculation of Surface Orientations of Transparent Objects by Little Rotation using Polarization |
| Toru Takahashi | Separating Reflection Components using Polarization and Determining Reflectance Parameters |
| Jun Takamatsu | Recognizing Planar Contact States From Observation |
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| Takeshi Oishi | Analysis and Representation of Temporal Variation of Object Photometric Parameter (in Japanese) |
| Shinichi Ueno | (in Japanese) |
| Megumi Saito | Measurement of Surface Orientations of Transparent Objects by use of Polarization in Hightlight (in Japanese) |
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@
| Ikeuchi Lab, The University of Tokyo |