| _ | skeleton | _ |
| 1-Subcycle Parallel Thinning Algorithm For Producing Perfect 8-Curves And Obtaining Isotropic | skeleton | Of An L-Shape Pattern, A |
| 3,4)-Weighted | skeleton | Decomposition For Pattern Representation And Description |
| 3d Medial Surfaces And 3d | skeleton | s |
| 3d Pose Estimation And Shape Coding Of Moving Objects Based On Statistical Morphological | skeleton | |
| 3d Voronoi | skeleton | s And Their Usage For The Characterization And Recognition Of 3d Organ Shape |
| A.1. | skeleton | s |
| A.1. | skeleton | s and thinning; distance |
| Application Of Voronoi | skeleton | s To Perceptual Grouping In Line Images, The |
| Applications Of The Region Growing Euclidean Distance Transform: Anisotropy And | skeleton | s |
| Automatic Comparison Of | skeleton | s By Shape Matching Methods |
| Automatic Evaluation Of | skeleton | Shapes |
| Binary And Grey-Value | skeleton | s: Metrics And Algorithms |
| Binary Shape Recognition Using The Morphological | skeleton | Transform |
| Binary | skeleton | In Three Steps, The |
| Boundary-Constrained Morphological | skeleton | Minimization And Skeleton Reconstruction |
| Boundary-Constrained Morphological | skeleton | Minimization And Skeleton Reconstruction |
| Building | skeleton | Models Via 3-D Medial Surface/Axis Thinning Algorithms |
| Clustering Method Based On The Estimation Of The Probability Density Function And On The | skeleton | By Influence Zones. Application To Image Processing, A |
| Coarse-To-Fine | skeleton | s From Grey-Level Pyramids |
| Comparison Between The Morphological | skeleton | And Morphological Shape Decomposition |
| Computation Of | skeleton | By Partial Differential Equation |
| Computing A Stable, Connected | skeleton | From Discrete Data |
| Computing And Simplifying 2d And 3d Continuous | skeleton | s |
| Continuous | skeleton | Computation By Voronoi Diagram |
| Convergence And Continuity Criteria For Discrete Approximations Of The Continuous Planar | skeleton | |
| Curved Inertia Frames And The | skeleton | Sketch: Finding Salient Frames Of Reference |
| Digital Straightness And The | skeleton | Property |
| Distance Transformation And | skeleton | For Shape Feature Analysis |
| Edge- | skeleton | s In Arrangements With Applications |
| Efficient Method For Obtaining Morphological | skeleton | s, An |
| Efficient Shape Representation Scheme Using Voronoi | skeleton | s, An |
| Euclidean | skeleton | Via Centre-Of-Maximal-Disc Extraction |
| Euclidean | skeleton | s |
| Extraction Of Shape | skeleton | s From Grayscale Images |
| F. 2D SHAPE AND PATTERN (F.1) Representation, decomposition, etc.: [878-897] (F. |
| F.4 | skeleton | s and distance |
| F.4. | skeleton | s and distance |
| Fast Homotopy-Preserving | skeleton | s Using Mathematical Morphology |
| Fast | skeleton | -Finder For Coronary Arteries, A |
| Finding Edges And | skeleton | s In Textured Images By Comparison Of Diffused Histograms |
| Finding Grey- | skeleton | s By Iterated Pixel Removal |
| G.4. Distance and | skeleton | s |
| G.4. Distance, | skeleton | s |
| Generating Connected | skeleton | s For Exact And Approximate Reconstruction |
| Generating | skeleton | s And Centerlines From The Distance Transform |
| Generating | skeleton | s And Centerlines From The Medial Axis Transform |
| Generation Of The Euclidean | skeleton | From The Vector Distance Map By A Bisector Decision Rule |
| Gray-Tone | skeleton | s Of Elongated Objects Using The Concept Of Morphological Automaton. Application To Images Of Dna Molecules |
| H.3. Distance, | skeleton | s |
| H.3. Distance, | skeleton | s |
| H.5. Distance, | skeleton | s, paths, etc. |
| Hidden Deletable Pixel Detection Using Vector Analysis In Parallel Thinning To Obtain Bias-Reduced | skeleton | s |
| Hierarchic Voronoi | skeleton | s |
| Hierarchical Decomposition Of Distance Labeled | skeleton | s |
| Improved Metrics In Image Processing Applied To The Hilditch | skeleton | |
| Interval | skeleton | s |
| Modeling Noise For A Better Simplification Of | skeleton | s |
| Morphological | skeleton | And Shape Decomposition |
| Morphological | skeleton | Representation And Coding Of Binary Images |
| Multi-Resolution | skeleton | s Without Explicit Image Smoothing |
| Multiple Resolution | skeleton | s |
| Note On ``Building | skeleton | Models Via 3-D Medial Surface/Axis Thinning Algorithms'', A |
| O(N) Computation Of Projections And Moments From The Labeled | skeleton | |
| On Representation Of A Shape'S | skeleton | |
| On The Generation Of | skeleton | s From Discrete Euclidean Distance Maps |
| Parallel Thinning Algorithm With Two-Subiteration That Generates One-Pixel-Wide | skeleton | s, A |
| Path-Based Distance | skeleton | : A Flexible Tool To Analyse Silhouette Shape, The |
| Picture | skeleton | s Based On Eccentricities Of Points Of Minimum Spanning Trees |
| Pseudo-Euclidean | skeleton | s |
| Residuals + Directional Gaps = | skeleton | s, Prl 18 |
| Ridge-Seeking Method For Obtaining The | skeleton | Of Digital Images, The |
| Shape Blending Using The Star- | skeleton | Representation |
| Shape Decomposition By ($D_1$, $D_2$)-Weighted | skeleton | And Directional Information |
| Shape Representation: Comparison Between The Morphological | skeleton | And Morphological Shape Decomposition |
| skeleton | Generation Of Engineering Drawings Via Contour Matching |
| skeleton | Location And Evaluation Based On Local Digital Width In Ribbon-Like Images |
| skeleton | Revision Algorithm Using Maximal Circles |
| skeleton | Sketch: Finding Salient Frames Of Reference, The |
| skeleton | -Based Image Warping |
| skeleton | -Based Morphological Coding Of Binary Images |
| skeleton | -Space: A Multiscale Shape Description Combining Region And Boundary Information |
| skeleton | s And Perceptual Graphs |
| skeleton | s From Chain-Coded Contours |
| skeleton | s From Dot Patterns: A Neural Network Approach |
| skeleton | s In Derived Grids |
| Stochastic | skeleton | Modeling Of Objects |
| Use Of Hidden Deletable Pixel Detection To Obtain Bias-Reduced | skeleton | s In Parallel Thinning, The |
| Using Polyballs To Approximate Shapes And | skeleton | s |
| Voronoi | skeleton | s: Theory And Applications |
| Watershed And | skeleton | By Influence Zones: A Distance-Based Approach |
| Well-Shaped, Stable, And Reversible | skeleton | s From The (3,4)-Distance Transform |
| Width-Independent Algorithm For Character | skeleton | Estimation, A |
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| _ | skeletonization | _ |
| Boundary Detection And | skeletonization | With A Massively Parallel Architecture |
| Comment On An Investigation Into The | skeletonization | Approach Of Hilditch, A |
| Distance-Ordered Homotopic Thinning: A | skeletonization | Algorithm For 3d Digital Images |
| Fast | skeletonization | Algorithm Using Derived Grids, A |
| Fuzzy | skeletonization | Of An Image |
| In Response To ``A Comment On An Investigation Into The | skeletonization | Approach Of Hilditch'' |
| Investigation Into The | skeletonization | Approach Of Hilditch, An |
| Medialness And | skeletonization | For Object Registration And Shape Similarity |
| Method For Parallel | skeletonization | Of Images, A |
| Multiresolution | skeletonization | In Binary Pyramids |
| Multiresolution | skeletonization | : An Electrostatic Field-Based Approach |
| Parallel Algorithm For Decomposition Of Binary Objects Through | skeletonization | , A |
| Parallel | skeletonization | Algorithm Based On Two-Dimensional Cellular Automata And Its Vlsi Implementation, A |
| Parallel | skeletonization | By Directional Information |
| Parametrisable | skeletonization | Of Binary And Multi-Level Images |
| Real-Time Human Motion Analysis By Image | skeletonization | |
| Reversible | skeletonization | By (5,7,11)-Erosion |
| skeletonization | Algorithm By Maxima Tracking On Euclidean Distance Transform, A |
| skeletonization | Algorithm Running On Path-Based Distance Maps |
| skeletonization | Algorithm Using Chamfer Distance Transformation Adapted To Rectangular Grids, A |
| skeletonization | Of Arabic Characters Using Clustering Based Skeletonization Algorithm (Cbsa) |
| skeletonization | Of Arabic Characters Using Clustering Based Skeletonization Algorithm (Cbsa) |
| skeletonization | Of Binary Images With Nonuniform Width Via Block Decomposition And Contour Vector Matching |
| skeletonization | Using An Extended Euclidean Distance Transform |
| skeletonization | Via Distance Maps And Level Sets |
| skeletonization | Via The Realization Of The Fire Front'S Propagation And Extinction In Digital Binary Shapes |
| Systematic Evaluation Of | skeletonization | Algorithms, A |
| Three-Dimensional | skeletonization | Of Elongated Solids |
| Veinerization: A New Shape Description For Flexible | skeletonization | |
| X-Crossing Preserving | skeletonization | Algorithm, An |
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| _ | sketch | _ |
| 2.1-D | sketch | , The |
| Active Detection And Classification Of Junctions By Foveation With A Head-Eye System Guided By The Scale-Space Primal | sketch | |
| Adding Scale To The Primal | sketch | |
| Background Primal | sketch | : An Approach For Tracking Moving Objects, The |
| Constructing 3-D Object Models Using Multiple Simulated 2.5-D | sketch | es |
| Curvature Primal | sketch | , The |
| Curvature Primal | sketch | , The |
| Curved Inertia Frames And The Skeleton | sketch | : Finding Salient Frames Of Reference |
| Detecting Salient Blob-Like Image Structures And Their Scales With A Scale-Space Primal | sketch | : A Method For Focus-Of-Attention |
| Extraction Of Facial | sketch | Image Based On Morphological Processing |
| Extraction Of Facial | sketch | Images And Expression Transformation Based On Facs |
| Fair Copy Reproducing Algorithms From Roughly | sketched | Diagrams |
| Framework For Recognizing A Facial Image From A Police | sketch | , A |
| Generation Of | sketch | Map Image And Its Instructions To Support The Understanding Of Geographical Information |
| Graph-Theoretic Primal | sketch | , A |
| Information Based Complexity Applied To Optimal Recovery Of The 2 1/2-D | sketch | |
| Information-Centered Approach To Optimal Algorithms Applied To The 2-1/2d | sketch | , The |
| Locating Neuron Boundaries In Electron Micrograph Images Using ``Primal | sketch | '' Primitives |
| On The Computation Of A Scale-Space Primal | sketch | |
| Online Hand- | sketched | Figure Recognition |
| Outline Of The Primal | sketch | In Human Vision, An |
| Perceptual Organization In An Interactive | sketch | Editing Application |
| Reconstruction Of Consisten Shape From Inconsisten Data: Optimization Of 2 1/2d | sketch | es |
| Reconstruction Of Consistent Shape From Inconsistent Data: Optimization Of 2(1/2)D | sketch | es |
| Scale Detection And Region Extraction From A Scale-Space Primal | sketch | |
| Scale-Space Primal | sketch | : Construction And Experiments |
| Shape Estimation From Topographic Primal | sketch | |
| Shape Estimation From Topographic Primal | sketch | : An Initial Feasibility Study |
| Skeleton | sketch | : Finding Salient Frames Of Reference, The |
| sketch | Retrieval Method For Full Color Image Database-Query By Visual Example, A |
| sketch | -First Modeling Of Buildings From Video Imagery |
| Toward A Surface Primal | sketch | |
| Trajectory Primal | sketch | : A Multi-Scale Scheme For Representing Motion Characteristics, The |
| Use Of The Facet Model And The Topographic Primal | sketch | In Image Analysis, The |
| Visual Image Retrieval By Elastic Matching Of User | sketch | es |
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