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• GCN-Calculated Graph-Feature Embedding for 3D Endoscopic System Based on Active Stereo
• Domain invariantな画像特徴によるCGからの能動ステレオシステムの学習
• APE: A More Practical Approach To 6-Dof Pose Estimation
• Fully Auto-calibrated Active-stereo-based 3D Endoscopic System using Correspondence Estimation with Graph Convolutional Network
• Fusion of Multiple Motion Capture Systems for Musculoskeletal Analysis
• Active Lighting and Its Application for Computer Vision
• Dense Pixel-wise Micro-motion Estimation of Object Surface by using Low Dimensional Embedding of Laser Speckle Pattern
• Musculoskeletal Estimation Using Inertial Measurement Units and Single Video Image
• Single-wavelength and multi-parallel dotted-and solid-lines for dense and robust active 3D reconstruction
• Skeleton transformer networks: 3d human pose and skinned mesh from single rgb image
• Predicting Muscle Activity and Joint Angle from Skin Shape
• Learning-based feature extraction for active 3d scan with reducing color crosstalk of multiple pattern projections
• Image processing system, and image processing method
• Calibration technique for underwater active oneshot scanning system with static pattern projector and multiple cameras
• Depth Estimation Using Structured Light Flow--Analysis of Projected Pattern Flow on an Object's Surface
• Illuminant-camera communication to observe moving objects under strong external light by spread spectrum modulation
• Automatic feature extraction using cnn for robust active one-shot scanning
• 3D endoscope system using DOE projector
• Underwater Active Oneshot Scan with Static Wave Pattern and Bundle Adjustment
• A Triangle Mesh Reconstruction Method Taking into Account Silhouette Images
• Analyzing muscle activity and force with skin shape captured by non-contact visual sensor
• Underwater active oneshot scan with static wave pattern and bundle adjustment
• Visibility reduction based performance evaluation of vision-based safety sensors
• Modeling dynamic scenes by one-shot 3D acquisition system for moving humanoid robot
• 2-dof auto-calibration for a 3d endoscope system based on active stereo
• Entire shape scan system with multiple pro-cams using texture information and accurate silhouette creating technique
• 4d capture using visibility information of multiple projector camera system
• Temporal octrees for compressing dynamic point cloud streams
• Parallel processing of grid-based one-shot structured-light system for online 3D reconstruction of moving objects
• Study on separate extraction of cardiac beat and respiratory movement and visualization of cardiac beat using three-dimensional shape reconstruction by grid-based active stereo
• Image processing device, image processing method, and program
• Calibration of a 3d endoscopic system based on active stereo method for shape measurement of biological tissues and specimen
• Shape measurement of biological tissue by using 3D endoscope based on active stereo method
• Phase estimation of a single quasi-periodic signal
• Dense 3D reconstruction from high frame-rate video using a static grid pattern
• One-shot 3d reconstruction of moving objects by projecting wave grid pattern with diffractive optical element
• Proposal of calibration method for 3-D digestive endoscope using grid active stereo
• Symmetry-aware nonrigid matching of incomplete 3d surfaces
• 複数プロジェクタ・カメラを用いた波線グリッドパターン投影によるワンショット全周計測
• Single colour one-shot scan using modified penrose tiling pattern
• Marker-less facial motion capture based on the recognition of the parts
• Biomedical Measurement by Applying Active Stereo Image Measurement
• Exemplar-Based Hole-Filling Technique for Multiple Dynamic Objects
• A facial tracking and transfer method with a key point refinement
• Noncontact measurement of cardiac beat by using active stereo with waved-grid pattern projection
• Proposal on 3-d endoscope by using grid-based active stereo
• Robust and accurate one-shot 3D reconstruction by 2C1P system with wave grid pattern
• Calibration of Projector with Fixed Pattern and Large Distortion Lens in a Structured Light System.
• Hardware-accelerated geometry instancing for surfel and voxel rendering of scanned 4d media
• One-shot entire shape scanning by utilizing multiple projector-camera constraints of grid patterns
• Basic study on non-contact measurement of cardiac beat by using grid-based active stereo
• Extraction and visualization of cardiac beat by grid-based active stereo
• 単色波線グリッドパターンを用いたプロジェクタ・カメラ能動ステレオ (立体映像技術一般)
• Grid-based active stereo with single-colored wave pattern for dense one-shot 3D scan
• Single color one-shot scan using topology information
• Capturing textured 3d shapes based on infrared one-shot grid pattern
• Non-contact respiration measurement using structured light 3-D sensor
• アクティブ 3 次元センサを用いた簡易型非接触呼吸計測
• Efficient rate-distortion compression of dynamic point cloud for grid-pattern-based 3D scanning systems
• Entire shape acquisition technique using multiple projectors and cameras with parallel pattern projection
• Dynamic compression of curve-based point cloud
• Dense one-shot 3D reconstruction by detecting continuous regions with parallel line projection
• Multiview projectors/cameras system for 3d reconstruction of dynamic scenes
• Point cloud compression for grid-pattern-based 3D scanning system
• Phase registration in a gallery improving gait authentication
• Capsule endoscope image display controller
• Estimating fluid simulation parameters from videos
• Curve-based representation of point cloud for efficient compression
• Linear Solution for Oneshot Active 3D Reconstruction Using Multiple Projectors
• Endoscope attachment and endoscope
• Endoscope system
• Endoscopic image matching for reconstructing the 3-D structure of the intestines
• One-shot entire shape acquisition method using multiple projectors and cameras
• Phase registration of a single quasi-periodic signal using self dynamic time warping
• One-shot scanning method using an unealibrated projector and camera system
• 内視鏡カメラ映像からの腸管の 3 次元形状の復元
• Endoscopic image matching for reconstructing 3-D structure of intestine
• Computer vision: A modern approach Computer vision: A modern approach, 2002
• Linear solution for oneshot active 3d reconstruction using two projectors
• Open Source Computer Vision Library Open Source Computer Vision Library
• Real-time estimation of fast egomotion with feature classification using compound omnidirectional vision sensor
• デブルーイン系列と Belief-Propagation を用いた高密度ラインパターン検出による高速動体の 3 次元計測手法
• Highly Robust Estimator Using a Case-dependent Residual Distribution Model
• Dense 3D reconstruction method using a single pattern for fast moving object
• Elastic convolved ICP for the registration of deformable objects
• Adaptive-scale robust estimator using distribution model fitting
• Image processing apparatus, image processing method, and image processing program
• Gait Identification Considering Body Tilt byWalking Direction Changes
• (コンピュータビジョンとイメージメディア (CVIM) Vol. 2009-CVIM-167)
• Video capsule endoscopy analysis for diagnostic assistance
• An adaptive-scale robust estimator for motion estimation
• An extended framework for adaptive playback-based video summarization An extended framework for adaptive playback-based video summarization, 2003
• An overview of video abstraction techniques An overview of video abstraction techniques, 2001
• Controlling the display of capsule endoscopy video for diagnostic assistance
• GastroIntestinal Motility-The Integration of Physiological Mechanisms GastroIntestinal Motility-The Integration of Physiological Mechanisms, 1985
• Pattern Recognition-Concepts, Method and Applications Pattern Recognition-Concepts, Method and Applications, 2001
• Principlies of Medical Statistics Principlies of Medical Statistics, 2002
• Wireless capsule endoscopy, health technology literature review Wireless capsule endoscopy, health technology literature review, 2003
• Evaluating the control of the adaptive display rate for video capsule endoscopy diagnosis
• Towards an Interpretation of Intestinal Motility Using Capsule Endoscopy Image Sequences
• Detection of contractions in adaptive transit time of the small bowel from wireless capsule endoscopy videos
• Shape from grid pattern based on coplanarity constraints for one-shot scanning
• Scale-invariant density-based clustering initialization algorithm and its application
• One-shot range scanner using coplanarity constraints
• Omnidirectional vision attachment for medical endoscopes
• Projector camera system for realtime 3d scanning
• Dynamic scene shape reconstruction using a single structured light pattern
• Accurate calibration of intrinsic camera parameters by observing parallel light pairs
• Robust and real-time egomotion estimation using a compound omnidirectional sensor
• Hole filling of a 3D model by flipping signs of a signed distance field in adaptive resolution
• 3d scanning method for fast motion using single grid pattern with coarse-to-fine technique
• Adaptively merging large-scale range data with reflectance properties
• Iterative refinement of range images with anisotropic error distribution
• Parallel processing of range data merging
• Contraction detection in small bowel from an image sequence of wireless capsule endoscopy
• High dynamic range camera using reflective liquid crystal
• Adaptive dynamic range camera with reflective liquid crystal
• The great buddha project: Digitally archiving, restoring, and analyzing cultural heritage objects
• A sensor for simultaneously capturing texture and shape by projecting structured infrared light
• Deformable registration of textured range images by using texture and shape features
• Rendering intricately-shaped objects using view-dependent microfacets
• Mirror localization for a catadioptric imaging system by projecting parallel lights
• Robust and real-time rotation estimation of compound omnidirectional sensor
• A diagnosis support system for capsule endoscopy
• Adaptation to walking direction changes for gait identification
• Adaptive control of video display for diagnostic assistance by analysis of capsule endoscopic images
• Omnidirectional Stereo with Compound Convex Mirrors
• Which reference view is effective for gait identification using a view transformation model?
• A probabilistic method for aligning and merging range images with anisotropic error distribution
• Gait recognition using a view transformation model in the frequency domain
• 国際会議 ACCV2006 報告
• Video Display Control for a Capsule Endoscopy
• Matching gait image sequences in the frequency domain for tracking people at a distance
• 移動ロボットによる環境認識のための実時間距離画像位置合わせ
• Deformable registration for generating dissection image of an intestine from annular image sequence
• Calibration and performance evaluation of omnidirectional sensor with compound spherical mirrors
• Parallel simultaneous alignment of a large number of range images on distributed memory system
• Real Time 3D Environment Modeling for a Mobile Robot by Aligning Range Image Sequence.
• Calibration of lens distortion by structured-light scanning
• Stereovision with a single camera and multiple mirrors
• Adaptively merging large-scale range data with reflectance properties
• A Survey of Shape Model Generation from Multiple Range Images
• Compound catadioptric stereo sensor for omnidirectional object detection
• Gait volume: Spatio-temporal analysis of walking
• Walking Person Identification Dealing With Resolution and Appearance Changes
• Effective nearest neighbor search for aligning and merging range images
• Parallel alignment of a large number of range images
• Taking consensus of signed distance field for complementing unobservable surface
• Geometric and photometric merging for large-scale objects
• Microfacet billboarding
• A Real-time 3D Recognition System by Incremental Mesh Modeling and Hierarchical Object Matching Methods
• Robust and adaptive integration of multiple range images with photometric attributes
• The great Buddha project: Modeling cultural heritage through observation
• Incremental mesh modeling and hierarchical object recognition using multiple range images
• The great buddha project: Modelling cultural heritage through observation
• Takashi Tomomatsu”, Yutaka Takase”, Katsushi Ikeuchi* Institute of Industrial Science, University of Tokyo
• Real time tracking of human behavior with multiple omni-directional vision sensors