| _ | rigid | _ |
| A) Model-Based 3-D Tracking Of | rigid | Objects From A Sequence Of Multiple Perspective Views |
| Acquiring 3d Models Of Non- | rigid | Moving Objects From Time And Viewpoint Varying Image Sequences: A Step Toward Left Ventricle Recovery |
| Adaptive-Size Meshes For | rigid | And Nonrigid Shape Analysis And Synthesis |
| Analytical Methods For Dynamic Simulation Of Non-Penetrating | rigid | Bodies |
| Animation System For | rigid | And Deformable Models, An |
| Apparent Area Of A | rigid | Moving Body |
| Building Up Templates For Non- | rigid | Plane Outlines |
| Classifying Moving Objects As | rigid | Or Non-Rigid Without Correspondences |
| Classifying Moving Objects As | rigid | Or Non-Rigid Without Correspondences |
| Computation Of Optical Flow And | rigid | Motion |
| Computing Correspondences In A Sequence Of Non- | rigid | Shapes |
| Connected Vibrations Method For Non- | rigid | Motion Tracking |
| Connected Vibrations: A Modal Analysis Approach For Non- | rigid | Motion Tracking |
| Coping With Friction For Non-Penetrating | rigid | Body Simulation |
| Correspondence And Segmentation Of Multiple | rigid | Motions Via Epipolar Geometry |
| Curved Surfaces And Coherence For Non-Penetrating | rigid | Body Simulation |
| Deformations Incorporating | rigid | Structures |
| Dense Non- | rigid | Motion Estimation In Sequences Of Medical Images Using Differential Constraints |
| Determining 3d Motion/Structure Of A | rigid | Body Over 2 Frames Using Correspondences Of Straight Lines Lying On Parallel Planes |
| Determining Correspondences And | rigid | Motion Of 3-D Point Sets With Missing Data |
| Determining Motion Of Non- | rigid | Objects By Active Tubes |
| Determining The 3-D Motion Of A | rigid | Planar Patch Without Correspondence, Under Perspective Projection |
| Determining The 3-D Motion Of A | rigid | Surface Patch Without Correspondence Under Perspective Projection: I. Planar Surfaces. Ii. Curved Surfaces. |
| Dynamic | rigid | Motion Estimation From Weak Perspective |
| Elastic Matching Versus | rigid | Matching By Use Of Dynamic Programming |
| Energy Constraints On Deformable Models: Recovering Shape And Non- | rigid | Motion |
| Epipolar Parameterization For Reconstructing 3d | rigid | Curve |
| Epipolar Parameterization For Reconstructing A 3d | rigid | Curve |
| Establishing Correspondence Of Non- | rigid | Objects Using Smoothness Of Motion |
| Estimating 3-D | rigid | Body Transformation: A Comparison Of Four Major Algorithms |
| Estimating Non- | rigid | Motion From Point And Line Correspondences |
| Estimating The 3d | rigid | Transformation Between Two Range Views Of A Complex Object |
| Estimating The Kinematics And Structure Of A | rigid | Object From A Sequence Of Monocular Images |
| Estimating Three-Dimensional Motion Parameters Of A | rigid | Planar Patch, Iii: Finite Point Correspondences And The Three-View Problem |
| Estimation Of General | rigid | Body Motion From A Long Sequence Of Images |
| Estimation Of | rigid | Body Motion Using Straight Line Correspondences |
| Estimation Of | rigid | Body Motion Using Straight Line Correspondences |
| Estimation Of | rigid | Body Motion Using Straight Line Correspondences: Further Results |
| Estimation Of Three-Dimensional Motion Of | rigid | Objects From Noisy Observations |
| Fast Subspace Algorithm For Recovering | rigid | Motion, A |
| Finding Point Correspondences And Determining Motion Of A | rigid | Object From Two Weak Perspective Views |
| Finding Point Correspondences And Determining Motion Of A | rigid | Object From Two Weak Perspective Views |
| From Depth And Optical Flow To | rigid | Body Motion |
| Geometric Criterion For Shape-Based Non- | rigid | Correspondence, A |
| Geometric Matcher For Recognizing And Positioning 3-D | rigid | Objects, A |
| Inferring 3d Structure From Three Points In | rigid | Motion |
| Interpretation Of Image Flow: | rigid | Curved Surfaces In Motion |
| Iterated Estimation Of The Motion Parameters Of A | rigid | Body From Noisy Displacement Vectors, An |
| Iterative Approach To Dynamic Simulation Of 3-D | rigid | Body Motions For Real-Time Interactive Computer Animation, An |
| Kinematics And Structure Of A | rigid | Object From A Sequence Of Noisy Images |
| Kinematics Of A | rigid | Object From A Sequence Of Noisy Images: A Batch Approach |
| Matching 3-D Anatomical Surfaces With Non- | rigid | Deformations Using Octree Splines |
| Measurement Of Non- | rigid | Motion Using Contour Shape Descriptors |
| Model-Based Versus Knowledge-Guided Representation Of Non- | rigid | Objects: A Case Study |
| Modelling Of | rigid | Objects By Bidimensional Moments. Applications To The Estimation Of 3d Rotations |
| Monocular Pose Of A | rigid | Body Using Point Landmarks |
| Motion And Structure In | rigid | Multi-Surfaced Stationary Environments Using Time-Varying Image Velocity: Linear Solutions |
| Motion Of Disturbances: Detection And Tracking Of Multi-Body Non- | rigid | Motion |
| Non | rigid | Registration For Building 3d Anatomical Atlases |
| Non-) | rigid | Motion Interpretation: A Regularized Approach |
| Non- | rigid | Matching Using Demons |
| Non- | rigid | Motion Analysis: Isometric Motion |
| Non- | rigid | Motion And Structure From Contour |
| Non- | rigid | Parallax For 3d Linear Motion |
| Note On `` | rigid | Body Motion From Depth And Optical Flow'', A |
| Novel Algorithm For Recovering The 3d Motions Of Multiple Moving | rigid | Objects, A |
| On Condition Numbers And Algorithms For Determining A | rigid | Body Movement |
| On The Estimation Of | rigid | Body Rotation From Noisy Data |
| On The ``Piano Movers'' Problem .1. The Case Of A Two-Dimensional | rigid | Polygonal Body Moving Amidst Polygonal Barriers |
| Perception Of Non- | rigid | Motion: Inference Of Shape, Material And Force |
| Physically Based Models With | rigid | And Deformable Components |
| Point Correspondence Recovery In Non- | rigid | Motion |
| Precision Of 3-D Parameters In Correspondence-Based Techniques: The Case Of Uniform Translational Motion In A | rigid | Environment, The |
| Realistic Animation Of | rigid | Bodies |
| Recognizing Similarity Through A Constrained Non- | rigid | Transform |
| Recovering 3d | rigid | Motions Without Correspondence |
| Recovery Of Non- | rigid | Motion And Structure |
| Recovery Of Non- | rigid | Motion From Stereo Images, The |
| Recovery Of | rigid | Structure From Orthographically Projected Optical Flow |
| Recovery Of The 3-D Location And Motion Of A | rigid | Object Through Camera Image (An Extended Kalman Filter Approach) |
| Registration Method For | rigid | Objects Without Point Matching, A |
| rigid | And Affine Registration Of Smooth Surfaces Using Differential Properties |
| rigid | Body Constrained Noisy Point Pattern Matching |
| rigid | Body Motion And The Optic Flow Image |
| rigid | Body Motion From Range Image Sequences |
| rigid | Body Segmentation And Shape Description From Dense Optical Flow Under Weak Perspective |
| rigid | Body Segmentation And Shape Description From Dense Optical Flow Under Weak Perspective |
| rigid | Motion And Structure From Several Sets Of Parallel Lines In A Monocular Image Sequence |
| rigid | Registration Of 3-D Objects By Motion Analysis |
| rigid | Velocities Compatible With Five Image Velocity Vectors |
| rigid | , Affine, And Locally Affine Registration Of Free-Form Surfaces |
| Segmentation Of Range Data Into | rigid | Subsets Using Surface Patches |
| Shape And Non- | rigid | Motion Estimation Through Physics-Based Synthesis |
| Snakes And Splines For Tracking Non- | rigid | Heart Motion |
| Solution And Uniqueness Of Image Flow Equations For | rigid | Curved Surfaces In Motion |
| Some Experiments On Estimating The 3-D Motion Parameters Of A | rigid | Body From Two Consecutive Image Frames |
| Some Experiments On The Detection Of Three-Dimensional Motion Of | rigid | Objects In Blocks World |
| Statistical Model-Based Estimation And Tracking Of Non- | rigid | Motion |
| Structure And Motion Of A | rigid | Object Having Unknown Constant Motion |
| Structure From Limited Motion Of Complex | rigid | Objects |
| Structure Of A | rigid | Smooth Space Curve |
| Subspace Methods For Recovering | rigid | Motion I: Algorithm And Implementation |
| Tracking And Recognizing | rigid | And Non-Rigid Facial Motions Using Local Parametric Models Of Image Motion |
| Tracking And Recognizing | rigid | And Non-Rigid Facial Motions Using Local Parametric Models Of Image Motion |
| Tracking Non- | rigid | Objects In Complex Scenes |
| Tracking Non- | rigid | , Moving Objects Based On Color Cluster Flow |
| Unbiased Estimation And Statistical Analysis Of 3-D | rigid | Motion From Two Views |
| Uniqueness And Estimation Of 3-D Motion Parameters And Surface Structures Of | rigid | Objects |
| Uniqueness And Estimation Of Three-Dimensional Motion Parameters Of | rigid | Objects With Curved Surfaces |
| Use Of Optical Flow For The Analysis Of Non- | rigid | Motions, The |
| Use Of Three- And Four-Dimensional Surface Harmonics For | rigid | And Nonrigid Shape Recovery And Representation, The |
| Using Force Fields Derived From 3d Distance Maps For Inferring The Attitude Of A 3d | rigid | Object |
| Wing Representation For | rigid | 3d Objects |
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| _ | river | _ |
| Artificial Intelligence: A Modern Approach, Prentice-Hall, Upper Saddle | river | |
| Computer Graphics: C Version, Prentice Hall, Upper Saddle | river | |
| Computer Vision And Image Processing: A Practical Approach Using Cviptools, Prentice-Hall, Upper Saddle | river | |
| Fuzzy Engineering, Prentice-Hall, Upper Saddle | river | |
| Fuzzy Set Theory|Foundations And Applications, Prentice-Hall, Upper Saddle | river | |
| High Performance Computer Imaging, Prentice-Hall, Upper Saddle | river | |
| Introductory Techniques For 3-D Computer Vision, Prentice Hall, Upper Saddle | river | |
| Multi-Sensor Fusion: Fundamentals And Applications With Software, Prentice-Hall, Upper Saddle | river | |
| Neural Fuzzy Systems: A Neuro-Fuzzy Synergism To Intelligent Systems, Prentice-Hall, Upper Saddle | river | |
| Neuro-Fuzzy And Soft Computing--A Computational Approach To Learning And Machine Intelligence, Prentice-Hall, Upper Saddle | river | |
| Neuro-Fuzzy And Soft Computing|A Computational Approach To Learning And Machine Intelligence, Prentice-Hall, Upper Saddle | river | |
| Pattern Recognition And Image Analysis, Prentice-Hall, Upper Saddle | river | |
| river | Routing Every Which Way, But Loose |
| river | Routing In Vlsi |
| Roads, | river | s, And Obstacles: Optimal Two-Dimensional Path Planning Around Linear Features For A Mobile Agent |
| Techniques And Standards For Image, Video, And Audio Coding, Prentice Hall, Upper Saddle | river | |
| Visualization Toolkit: An Object-Oriented Approach To 3d Graphics, Prentice-Hall, Upper Saddle | river | , The |
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