Titles Starting with l

* L(1) Traveling Salesman Problem, The
* L. Motion
* L. Motion
* L.1. Flow Computation, Motion Estimation
* L.1. Structure from motion
* L.2. Motion estimation; motion synthesis
* L.2. Structure from Motion
* L.3. Motion Detection and Tracking; Segmentation
* L.3. Motion: special topics
* L.4. Motion: Other Topics
* L.Y. Shan) And M. Thonnat, Determination Of The Apparent Boundary Of An Object
* L<1> Shortest Paths Among Polygonal Obstacles In The Plane
* L28 Polyunomial Spline Pyramid, The
* La Reconnaissance Des Formes Par Algorithmes, Masson
* Label Error Process For Discrete Relaxation, A
* Labeled Point Pattern Matching By Delaunay Triangulation And Maximal Cliques
* Labeled Point Pattern Matching By Fuzzy Relaxation
* Labeling Board Based On Boundary Tracking
* Labeling Connected Components On A Massively Parallel Tree Machine
* Labeling Line Drawings Of Curved Objects
* Labeling Method And Chemical Substructure Isomorphism
* Labeling Of Curvilinear Structure Across Scales By Token Grouping
* Labeling Of Human Face Components From Range Data
* Labeling Polyhedral Images
* Labyrinth Problems-Labyrinth-Searching Abilities Of Automata, Teubner
* Lack-Of-Fit Detection Using The Run-Distribution Test
* Lafter: Lips And Face Real Time Tracker
* Lambda-Tau-Space Representation Of Images And Generalized Edge Detector
* Lambdatau -Space Representation Of Images And Generalized Edge Detector
* Land Cover/Land Use Classification Of Urban Areas: A Remote Sensing Approach
* Land Scan: A Natural Language And Computer Vision System For Analyzing Aerial Images
* Landmark-Based Approach Of Shape Dissimilarity, A
* Landmark-Based Robot Navigation
* Landmark-Based Shape Recognition By A Modified Hopfield Neural Network
* Landmark Selection For Accurate Navigation
* Lane Boundary Detection Using A Multiresolution Hough Transform
* Language For Shading And Lighting Calculations, A
* Language Theoretic And Algorithmic Properties Of $D$-Dimensional Collages And Patterns In A Grid
* Languages Of Design-Formalisms For Word, Image, And Sound, North-Holland
* Laplacian-Of-Gaussian Kernel: A Formal Analysis And Design Procedure For Fast, Accurate Convolution And Full-Frame Output, The
* Large Deformable Splines, Crest Lines, And Matching
* Large Hierarchical Object Recognition Using Libraries Of Parameterized Model Sub-Parts
* Large Integer Multiplication On Hypercubes
* Large Sample Bias In Least Squares Estimators Of A Circular Arc Center And Its Radius
* Large Scale Stereo Vision
* Large Steps In Cloth Simulation
* Large Tree Classifier With Heuristic Search And Global Training
* Laser Printers For Rendering Surfaces
* Laser Radar In Robotics
* Laser Tracking System To Measure Position And Orientation Of Robot End Effectors Under Motion, A
* Lateral Histograms For Efficient Object Location: Speed Versus Ambiguity
* Lattice-Theoretical Fixpoint Theorems In Morphological Image Filtering
* Lattice-Theoretical Morphological View On Template Extraction In Images, A
* Lattice Framework For Integrating Vision Modules, A
* Lattice Model For Cellular (Systolic) Algorithms, A
* Lattice Of Octagonal Distances In Digital Geometry
* Lattice Parameter Autoregressive Modeling Of Two-Dimensional Fields --Part I: The Quarter-Plane Case
* Lattice Points, Wiley
* Lattice Quantizers: Entropy Reduction By Proper Tie-Handling
* Lavakusha, A.K. Pujari, And P.G. Reddy, Linear Octrees By Volume Intersection, Cvgip 45
* Lavakusha, A.K. Pujari, And P.G. Reddy, Polygonal Representation By Edge K-D Trees, Prl 11
* Layered Approach To Stereo Reconstruction, A
* Layered Control Of A Binocular Camera Head
* Layered Representation For Model-Based Filtering And Recognition, A
* Layered Representation For Motion Analysis
* Layered Representation Of Motion Video Using Robust Maximum-Likelihood Estimation Of Mixture Models And Mdl Encoding
* Layout2: A Production System Modeling Visual Perspective Information
* Layouts With Wires Of Bounded Length
* Lazy Evaluation Of Geometric Objects
* Learnable And Non-Learnable Visual Concepts
* Learnable And Nonlearnable Visual Concepts
* Learned Navigation Paths For A Robot In Unexplored Terrain
* Learned Temporal Models Of Image Motion
* Learning-Based Hand Sign Recognition Using Shoslif-M
* Learning 3d Object Descriptions From A Set Of Stereo Vision Observations
* Learning 3d Object Recognition Strategies
* Learning A Near-Optimal Estimator For Surface Shape From Shading
* Learning Affine Transformations Of The Plane For Model-Based Object Recognition
* Learning Algorithm For Boltzmann Machines, A
* Learning An Object'S Function By Observing The Object In Action
* Learning And Associative Memory
* Learning And Computational Neuroscience, Mit Press, Cambridge
* Learning And Feature Selection In Stereo Matching
* Learning And Recognition Of 3d Objects From Appearance
* Learning And Recognizing Human Dynamics In Video Sequences
* Learning Automaton Solution To The Stochastic Minimum-Spanning Circle Problem, A
* Learning Bilinear Models For Two-Factor Problems In Vision
* Learning Blackboard-Based Scheduling Algorithms For Computer Vision
* Learning By A Generation Approach To Appearance-Based Object Recognition
* Learning By Watching: Extracting Reusable Task Knowledge From Visual Observation Of Human Performance
* Learning Complex Structural Descriptions From Examples
* Learning Dynamical Models Using Expectation-Maximisation
* Learning Dynamics Of Complex Motions From Image Sequences
* Learning Early-Vision Computations
* Learning Flexible Models From Image Sequences
* Learning Generic Prior Models For Visual Computation
* Learning Geometric Hashing Functions For Model Based Object Recognition
* Learning Grouping Strategies For 2d And 3d Object Recognition
* Learning Hand/Eye Coordination By An Active Observer
* Learning Hierarchical Representations Of Objects
* Learning In An Active Hybrid Vision System
* Learning In Navigation: Goal Finding In Graphs
* Learning In Robot Vision Directed Reaching: A Comparison Of Methods
* Learning Indexing Functions For 3-D Model-Based Object Recognition
* Learning Integrated Online Indexing For Image Databases
* Learning Knowledge-Directed Visual Strategies
* Learning Metric-Topological Maps For Indoor Mobile Robot Navigation
* Learning Motion From Images
* Learning Motion Trajectories Via Self-Organization
* Learning Object Models From Visual Observation And Background Knowledge
* Learning Object Recognition Models From Images
* Learning Of Patterns And Picture Languages
* Learning Of Recognizable Picture Languages
* Learning Of Visual Modules From Examples: A Framework For Understanding Adaptive Visual Performance
* Learning Parameterized Models Of Image Motion
* Learning Recognition And Segmentation Of 3-D Objects From 2-D Images
* Learning Recognition And Segmentation Using The Cresceptron
* Learning Relational Structures: Applications To Computer Vision
* Learning Rules For 3d Object Recognition
* Learning Shape Classes
* Learning Shape Computations
* Learning Shape Descriptions
* Learning Shape From Shading By A Multilayer Network
* Learning Structural And Corruption Information From Samples For Markov Random Field Binary Image Reconstruction
* Learning Structural Descriptions Of Patterns: A New Technique For Conditional Clustering And Rule Generation
* Learning Structural Descriptions Of Shape
* Learning Structures Of Visual Patterns From Single Instances
* Learning System For Consolidated Recognition And Motion Analysis, A
* Learning Techniques Applied To Multi-Font Character Recognition
* Learning Texture Discrimination Masks
* Learning Texture Discrimination Rules In A Multiresolution System
* Learning The Distribution Of Object Trajectories For Event Recognition
* Learning The Human Face Concept From Black And White Images
* Learning The Parameters Of A Hidden Markov Random Field Image Model: A Simple Example
* Learning To Detect Rooftops In Aerial Images
* Learning To Detect Salient Objects In Natural Scenes Using Visual Attention
* Learning To Fixate On 3d Targets With Uncalibrated Active Cameras
* Learning To Form Large Groups Of Salient Image Features
* Learning To Identify And Track Faces In Image Sequences
* Learning To Navigate On A Graph
* Learning To Recognise Talking Faces
* Learning To Recognize 3d Objects Using Sparse Depth And Intensity Information
* Learning To Recognize Faces From Examples
* Learning To Recognize Generic Visual Categories Using A Hybrid Structural Approach
* Learning To Recognize Objects Using Feature Indexed Hypotheses
* Learning To See
* Learning To Select Useful Landmarks
* Learning To Track The Visual Motion Of Contours
* Learning Two-Dimensional Shapes Using Wavelet Local Extrema
* Learning Visual Behavior For Gesture Analysis
* Learning Visual Models From Shape Contours Using Multiscale Convex/Concave Structure Matching
* Learning Visually Guided Grasping: A Test Case In Sensorimotor Learning
* Learning Waveform Structures From Examples
* Learning, Memory, And Perception Of Perceptual-Motor Skills (Human Movement Science 9(3-5), 1990), North-Holland, The
* Learning, Recognition And Navigation From A Sequence Of Infrared Images
* Least-Squares-Based 2d Filtering For Disparity Estimation, A
* Least-Squares Fitting By Circles
* Least-Squares Order Statistic Filters With Coefficient Censoring
* Least-Squares Solution Of Absolute Orientation With Non-Scalar Weights
* Least Median Of Squares Based Robust Analysis Of Image Structure
* Least Square Error Estimation Of The Center And Radii Of Concentric Arcs, A
* Least Squares Estimation Of Transformation Parameters Between Two Point Patterns
* Least Squares Fitting Of Two 3-D Point Sets
* Lebesgue Logic For Probabilistic Reasoning And Some Applications To Perception
* Lee S. Baumann, Ed., Proceedings: Image Understanding Workshop (New Orleans, La, October 3-4
* Legendre Descriptors For Classification Of Polygonal Closed Curves
* Length Estimation In 3-D Using Cube Quantization
* Length Estimators Compared
* Length Estimators For Digitized Contours
* Lens Distortion Calibration Using Point Correspondences
* Lens Effect On Synthetic Image Generation Based On Light Particle Theory
* Lessons Learned In Integrating Sensing Into Autonomous Mobile Robot Architectures
* Let Them Fall Where They May: Capture Regions Of Curved Objects And Polyhedra
* Level-Set Approach To 3d Reconstruction From Range Data, A
* Level Compression-Based Image Representation And Its Applications
* Level Crossing Curvature And The Laplacian
* Level Crossings And The Panum Area
* Level Line(S) Based Disocclusion
* Level Set And Fast Marching Methods In Image Processing And Computer Vision
* Levels Of Knowledge For Object Extraction
* Levels Of Modeling Of Mechanisms Of Visually Guided Behavior
* Lie Generators For Computing Steerable Functions
* Lie Group Analysis In Object Recognition
* Lie Group Approach To Steerable Filters, A
* Lie Group Theoretical Approach To The Invariance Problem In Feature Extraction And Object Recognition, A
* Lie Groups, Space-Variant Fourier Analysis And The Exponential Chirp Transform
* Life In The Fast Lane--The Evolution Of An Adaptive Vehicle Control System
* Light-Source Modeling Using Pyramidal Light Maps
* Light-Water Interaction Using Backward Beam Tracing
* Light-Years From Lena: Video And Image Libraries Of The Future
* Light Buffer: A Shadow-Testing Accelerator, The
* Light Diffusion Through Clouds And Haze
* Light Field Rendering
* Lighting Model Aiming At Drive Simulators, A
* Lightness Constancy From Luminance Contrast
* Lightness Constancy: Connectionist Architecture For Controlling Sensitivity
* Lightness Determination At Curved Surfaces With Application To Dynamicrange Compression And Model-Based Coding Of Facial Images
* Lightness, Brightness, And Transparency, Erlbaum, Hillsdale
* Likelihood-Based Texture Discrimination With Multiscale Stochastic Models
* Likelihood Calculation For A Class Of Multiscale Stochastic Models, With Application To Texture Discrimination
* Likely Local Shape
* Limitations Imposed On Mixed-Mode Performance Of Optimized Phases Due To Temporal Juxtaposition
* Limitations Of Markov Random Fields As Models Of Textured Images Of Real Surfaces
* Limitations Of Non Model-Based Recognition Schemes
* Limits In Perception
* Lindenmeyer Systems-Impacts On Theoretical Computer Science, Computer Graphics, And Developmental Biology, Springer
* Line-Based Computation Of Structure And Motion Using Angular Invariance
* Line-Based Correction Of Radial Lens Distortion
* Line-Based Structural Matching Via Segment Splitting
* Line-Drawing Algorithms For Parallel Machines
* Line-Drawing Interpretation: A Mathematical Framework
* Line-Drawing Interpretation: Bilateral Symmetry
* Line-Drawing Interpretation: Straight-Lines And Conic-Sections
* Line-Drawing Interpretation: Straight Lines And Conic Sections
* Line-Integration Based Method For Depth Recovery From Surface Normals, A
* Line Algorithms For Raster Displays Rescued From Round-Off Errors
* Line And Boundary Detection In Speckle Images
* Line And Edge Detection By Symmetry Filters
* Line Arrangements And Range Search
* Line Connectivity Algorithms For An Asynchronous Pyramid Computer
* Line Correspondences From Cooperating Spatial And Temporal Grouping Processes For A Sequence Of Images
* Line Detection Algorithm
* Line Detection In Digital Pictures: A Hypothesis Prediction/Verification Paradigm
* Line Detection In Discrete Scale-Space
* Line Detection In Noisy And Structured Backgrounds Using Graeco-Latin Squares
* Line Detection Using An Optimal Iir Filter
* Line Drawing Interpretation: A Mathematical Framework
* Line Drawings Of Octree-Represented Objects
* Line Extraction Method For Automated Sem Inspection Of Vlsi Resist, A
* Line Feature-Based Recognition Using Hausdorff Distance
* Line Filtering And Its Application To Stroke Segmentation Of Handprinted Chinese Characters
* Line Fitting In A Noisy Image
* Line Labeling And Junction Labeling: A Coupled System For Image Interpretation
* Line Labelling And Region Segmentation In Stereo Image Pairs
* Line Monotonic Partitioning Of Planar Cubic B-Splines
* Line Rasterization Algorithms That Satisfy The Subset Line Property
* Line Recognition
* Line Segment Based Approach For 3d Motion Estimation And Tracking Of Multiple Objects, A
* Line Segment Based Axial Motion Stereo
* Line Segment Matching For 3d Computer Vision Using A New Iteration Scheme
* Line Segment Ribbons And Their Grouping
* Line Segregation
* Line Symmetry Of Convex Digital Regions
* Line Thinning By Line Following
* Linear-Median Hybrid Edge Detectors
* Linear-Time Algorithm For Constructing A Circular Visibility Diagram, A
* Linear-Time Algorithm For Finding Approximate Shortest Common Superstrings, A
* Linear-Time Algorithm For Linear L<1> Approximation Of Points, A
* Linear-Time Algorithm For Solving The Strong Hidden-Line Problem In A Simple Polygon, A
* Linear-Time Algorithm For Triangulating Simple Polygons, A
* Linear-Time Algorithms For Visibility And Shortest Path Problems Inside Triangulated Simple Polygons
* Linear-Time Border-Tracing Algorithms For Quadtrees
* Linear Algorithm For Computing The Phase Portraits Of Oriented Textures, A
* Linear Algorithm For Computing The Visibility Polygon From A Point, A
* Linear Algorithm For Determining The Separation Of Convex Polyhedra, A
* Linear Algorithm For Eliminating Hidden Lines From A Polygonal Cylinder, A
* Linear Algorithm For Embedding Planar Graphs Using Pq-Trees, A
* Linear Algorithm For Motion Estimation Using Straight Line Correspondences, A
* Linear Algorithm For Point And Line-Based Structure From Motion, A
* Linear Algorithm For Segmentation Of Digital Curves, A
* Linear Algorithm To Find A Rectangular Dual Of A Planar Triangulated Graph, A
* Linear And Incremental Acquisition Of Invariant Shape Models From Image Sequences
* Linear And Nonlinear Estimators For One- And Two-Dimensional Fourier Transforms
* Linear Binary Tree
* Linear Color Representations For Full Spectral Rendering
* Linear Complexity Procedure For Labelling Line Drawings Of Polyhedral Scenes Using Vanishing Points, A
* Linear Discriminant Analysis Of Mpf For Face Recognition
* Linear Discriminants And Image Quality
* Linear Expected-Time Algorithm For Computing Planar Relative Neighborhood Graphs, A
* Linear Feature Compatibility For Pattern-Matching Relaxation
* Linear Feature Detection And Enhancement In Noisy Images Via The Radon Transform
* Linear Fitting With Missing Data: Applications To Structure-From-Motion And To Characterizing Intensity Images
* Linear Generalized Hough Transform And Its Parallel Implementation, A
* Linear Generalized Hough Transform And Its Parallelization
* Linear Granulometric Moments Of Noisy Binary Images
* Linear Hypertrees For Multi-Dimensional Image Representation
* Linear Image Features In Stereopsis
* Linear Method For Reconstruction From Lines And Points, A
* Linear Mmse Filtering For Restoration Of Images Degraded By Film Grain Noise
* Linear Models For Infrared Spectra
* Linear Models In Spatial Discriminant Analysis
* Linear Motion Estimation For Image Sequence Based Accurate 3-D Measurements
* Linear N Lambda 4-Point Pose Determination
* Linear Object Classes And Image Synthesis From A Single Example Image
* Linear Octree By Volume Intersection Using Perspective Silhouettes
* Linear Octree Of A 3d Object From 2d Silhouettes Using Segment Tree
* Linear Pivoting Heuristic Procedure For Computing The Curve Of Intersection Of Two Bicubic Surface Patches, A
* Linear Programming Approach For The Weighted Graph Matching Problem, A
* Linear Programming Fitting Of Implicit Polynomials
* Linear Programming Method For Ray-Convex Polyhedron Intersection, A
* Linear Projective Reconstruction From Matching Tensors
* Linear Pushbroom Cameras
* Linear Quadtrees From Vector Representations Of Polygons
* Linear Quadtrees: A Blocking Technique For Contour Filling
* Linear Scale-Space Theory From Physical Principles
* Linear Scale-Space
* Linear Shape From Shading
* Linear Shift-Variant Processing Of 2-D Signals Via Sequence Convolution: Special Cases And Experimental Results
* Linear Signal Decomposition Approach To Affine Invariant Contour Identification, A
* Linear Solution For Multiframe Structure From Motion, A
* Linear Space Data Structures For Two Types Of Range Search
* Linear Systolic Algorithm For The Connected Component Problem, A
* Linear Textures In Line Drawings
* Linear Time Algorithm For Computing The Convex Hull Of An Ordered Crossing Polygon, A
* Linear Time Algorithm For Computing The Visibility Polygon From An Edge, A
* Linear Time Algorithm For Finding A Picture'S Connected Components
* Linear Time Algorithm For Minimum Link Paths Inside A Simple Polygon, A
* Linear Time Algorithm For Triangulating A Point-Visible Polygon, A
* Linear Time Algorithms For An Image Labelling Machine
* Linear Time Algorithms For Visibility And Shortest Path Problems Inside Simple Polygons
* Linear Time Distance Transforms For Quadtrees
* Linear Time Euclidean Distance Transform Algorithms
* Linear Time Oslo Algorithm, A
* Linear Time Recognition Of Digital Arcs, The
* Linear Transformation Parameter Estimation For Fault Detection
* Lines And Points In Three Views-A Unified Approach
* Lines And Points In Three Views And The Trifocal Tensor
* Linguistic Approach To 3-D Object Recognition, A
* Linking Image-Space And Accumulator-Space: A New Approach For Object Recognition
* Linking Psychophysics, Neurophysiology, And Computational Vision (Abstracts Of Papers Presented At Rutgers University, New Brunswick, Nj, In Celebration Of The 65th Birthday Of Bela Julesz, April 30 - May 1, 1993)
* Lip Feature(S) Automatic Extraction
* Lip Reading From Scale-Space Measurements
* Lipreading From Color Video
* Lipreading: A Classifier Combination Approach
* Liquid Crystal Polarization Camera
* List-Processing Approach To Compute Voronoi Diagrams And The Euclidean Distance Transform, A
* Literature In Computer Graphics For The Year 1983: A Bibliography
* Literature In Computer Graphics For The Year 1984: A Bibliography
* Liuhui, And Wanghui, A Robust Image Processing Approach Used To Alv Road Following
* Live Paint: Painting With Procedural Multiscale Textures
* Ll Filters-A New Class Of Order Statistic Filters
* Load Balanced Parallel Ground Visualization Tool, A
* Load Balancing And Routing On The Hypercube And Related Networks
* Load Balancing Requirement In Parallel Implementations Of Image Feature Extraction Tasks
* Local And Global Interpretation Of Moving Images, Morgan Kaufmann, San Mateo
* Local And Semi-Local Shape From Shading For A Simple Perspective Image Of A Smooth Object
* Local Approach To Recovering Global Skewed Symmetry, A
* Local Appropriate Scale In Morphological Scale-Space
* Local Association Based Recognition Of Two-Dimensional Objects
* Local Characteristics Of Binary Images And Their Application To The Automatic Control Of Low-Level Robot Vision
* Local Characterization Of Strong Surfaces Within Strongly Separating Objects
* Local Color And Texture Extraction And Spatial Query
* Local Constraint Integration In A Connectionist Model Of Stereo Vision
* Local Criteria: A Unified Approach To Local Adaptive Linear And Rank Filters For Image Restoration And Enhancement
* Local Cross-Modality Image Alignment Using Unsupervised Learning
* Local Decomposition Of Gray-Scale Morphological Templates
* Local Deformations Of Digital Curves
* Local Determinaqtion Of A Moving Contrast Edge
* Local Discriminant Bases And Their Applications
* Local Distances For Distance Transformations In Two And Three Dimensions
* Local Energy And Pre-Envelope
* Local Energy, The Pre-Envelope, And Filter Resolution
* Local Estimation Of The Uniform Error Threshold
* Local Feature Detector Using 3-Point Matching And Dynamic Programming
* Local Feature Extraction For Model-Based Workpiece Recognition
* Local Frequency Features For Texture Classification
* Local Generalized Hermite Interpolation By Quartic C[2] Space Curves
* Local Grayvalue Invariants For Image Retrieval
* Local Invariants For Recognition
* Local Linear Transfermations For Texture Measurements
* Local Linear Transformations For Texture Analysis
* Local Matching Of Surfaces Using A Boundary-Centered Radial Decomposition
* Local Method For Contour Matching And Its Parallel Implementation, A
* Local Motion Estimation With The Dynamic Pyramid
* Local Operations On Labelled Dot Patterns
* Local Operators To Detect Regions Of Interest
* Local Parallel Computation Of Stochastic Completion Fields
* Local Quantitative Measurements For Cardiac Motion Analysis
* Local Reinforcement Learning For Object Recognition
* Local Reproducible Smoothing Without Shrinkage
* Local Rotational Symmetries
* Local Scale Control For Edge Detection And Blur Estimation
* Local Scale Controlled Anisotropic Diffusion With Local Noise Estimate For Image Smoothing And Edge Detection
* Local Search As A Tool For Horizon Line Matching
* Local Search: A New Hidden Line Elimination Algorithm To Display Spherical Coordinate Equations
* Local Shading Analysis
* Local Shape Approximation From Shading
* Local Shape From Specularity
* Local Spatial Frequency Analysis For Computer Vision
* Local Spatial Frequency Analysis Of Image Texture
* Local Spatiocolor Analysis Applied To Pattern Segmentation, A
* Local Step Edge Estimation: A New Algorithm, Statistical Model And Performance Evaluation
* Local Stereoscopic Depth Estimation Using Ocular Stripe Maps
* Local Stereoscopic Depth Estimation
* Local Structure Of Image Discontinuities In One Dimension, The
* Local Surface Shape Estimation Of 3-D Textured Surfaces Using Gaussian Markov Random Fields And Stereo Windows
* Local Symmetries Of Digital Contours From Their Chain Codes
* Local Symmetries Of Shapes In Arbitrary Dimension
* Local Symmetry Features In Image Processing
* Local Symmetry Modeling In Multi-Dimensional Images
* Local Symmetry Of Plane Curves
* Local Tests For Consistency Of Support Hyperplane Data
* Local Three-Dimensional Shape-Preserving Smoothing Without Shrinkage
* Local Topolgical Parameters In A Tetrahedral Representation
* Local Transformations To Simulate Crystal Growth
* Local Versus Nonlocal Computation Of Length Of Digitized Curves
* Local, Global, And Multilevel Stereo Matching
* Localisation Of Image Features Using Measures Of Rank Distribution
* Locality And Adjacency Stability Constraints For Morphological Connected Operators
* Localization And Homing Using Combinations Of Model Views
* Localization And Noise In Edge Detection
* Localization And Positioning Using Combinations Of Model Views
* Localization Of Circular Objects
* Localization Of Objects From Range Data
* Localization Of Objects With Circular Symmetry In A Noisy Image Using Wavelet Transforms And Adapted Correlation
* Localization Properties Of Direct Corner Detectors
* Localization Uncertainty In Area-Based Stereo Algorithms
* Localization Using Combinations Of Model Views
* Localized Intersections Computation For Solid Modeling With Straight Homogeneous Generalized Cylinders
* Localized Measurement Of Image Fractal Dimension Using Gabor Filters
* Localized Radon Transform-Based Detection Of Linear Features In Noisy Images
* Localizing A Robot With Minimum Travel
* Localizing Discontinuities Using Weak Continuity Constraints
* Localizing In Unstructured Environments: Dealing With The Errors
* Localizing Overlapping Parts By Searching The Interpretation Tree
* Locally Adaptive Data Compression Scheme, A
* Locally Adaptive Window For Signal Matching, A
* Locally Affine Registration Of Free-Form Surfaces
* Locally Controllable Conic Splines With Curvature Continuity
* Locally Efficient Path Planning In An Uncertain, Dynamic Environment Using A Probabilistic Model
* Locally Manipulating The Geometry Of Curved Surfaces
* Locally Ordered Gray Levels As An Aid To Corner Detection
* Locating And Extracting The Eye In Human Face Images
* Locating And Modelling A Flat Symmetric Object From A Single Perspective Image
* Locating And Tracking Facial Speech Features
* Locating Cultural Regions In Aerial Imagery Using Geometric Cues
* Locating Facial Features Using Sofm
* Locating Human Faces In Photographs
* Locating Neuron Boundaries In Electron Micrograph Images Using ``Primal Sketch'' Primitives
* Locating Objects From Their Point Features Using An Optimized Hough-Like Accumulation Technique
* Locating Objects Of Varying Shape Using Statistical Feature Detectors
* Locating Objects Using The Hausdorff Distance
* Locating Perceptually Salient Points On Planar Curves
* Locating Polyhedral Objects From Edge Point Data
* Locating Texture And Object Boundaries
* Location Estimation Of Cylinders From A 2-D Image
* Lockheed Imaging Technology Research For Missiles And Space
* Lockheed Martin Report: Progress In Image Invariants Research--1995
* Log-Polar Mapping Applied To Pattern Representation And Recognition
* Log-Tracker: An Attribute-Based Approach To Tracking Human Body Motion
* Log Log N Data Structure For Three-Sided Range Queries, A
* Logarithmic Image Processing Model: Connections With Human Brightness Perception And Contrast Estimators, The
* Logic Gate Implementation For Gray-Scale Morphology
* Logical Framework For Depiction And Image Interpretation, A
* Logical Image Modelling And Retrieval
* Logical/Linear Operators For Image Curves
* Long-Range Spatiotemporal Motion Understanding Using Spatiotemporal Flow Curves
* Long-Term Effects Of Secondary Sensing, The
* Long Unavoidable Patterns
* Longest Common Subsequence Problem Revisited, The
* Longest K-Distance Substrings Of Two Strings
* Looking For Trouble: Using Causal Semantics To Direct Focus Of Attention
* Lookup Table Loadings For Image Processing With Controlled Knots
* Looming Detection In Log-Polar Coordinates
* Lossless Shape Coding Using The Four Color(S) Theorem
* Lossy Compression Effects On Digital Image Matching
* Low-Cost Architecture For Real-Time Processing And Analysis Of Binary Images, A
* Low-Cost Calibration Method For Automated Optical Mensuration Using A Video Camera, A
* Low-Cost Hardware Platform For Developing Realtime Graphics
* Low-Cost Junction Characterization Using Polar Averaging Filters
* Low-Cost Remote Sensing Experinments Within An Educational Environment
* Low-Cost Robot Camera Head, A
* Low-Cost System Using Sparse Vision For Navigation In The Urban Environment, A
* Low-Dimensional Representation Of Human Faces For Arbitrary Lighting Conditions, A
* Low-Level Image Analysis Tasks On Fine-Grained Tree-Structured Simd Machines
* Low-Level Image Processing By Max-Min Filters
* Low-Level Processing Techniques In Geophysical Image Interpretation
* Low-Level Segmentation Of Aerial Images With Fuzzy Clustering
* Low-Level Segmentation Of Multispectral Images Via Agglomerative Clustering In Uniform Neighborhoods
* Low And Intermediate Level Image Processing On Sympatix, A Simd Parallel Computer
* Low Complexity Algorithm For Detecting Rotational Symmetry Based On The Hough Transform Technique, A
* Low Complexity Matching Criteria For Image/Video Applications
* Low Cost Architecture For Structure Measure Distance Computation
* Low Cost Illumination Computation Using An Approximation Of Light Wavefronts
* Low Level Image Analysis On An Mimd Architecture
* Low Level Image Processing Operators On Fpga: Implementation Examples And Performance Evaluation
* Low Level Image Segmentation: An Expert System
* Low Level Information Fusion: Multisensor Scene Segmentation Using Learning Automata
* Low Level Learning For A Mobile Robot: Environment Model Acquisition
* Low Level Motion Events: Trajectory Discontinuities
* Low Level Vision As The Opportunist Scheduling Of Incremental Edge And Region Detection Processes
* Low Order Regular Arrays For Geometric Pattern Detection
* Low Resolution Cues For Guiding Saccadic Eye Movements
* Lower Bound For Parallel String Matching, A
* Lower Bound For Structuring Element Decompositions, A
* Lower Bound For The Edit-Distance Problem Under An Arbitrary Cost Function, A
* Lower Bound For The Optimal Crossing-Free Hamiltonian Cycle Problem, A
* Lower Bound On The Average Error Of Vector Quantizers, A
* Lower Bound On The Complexity Of The Convex Hull For Simple Polyhedra, A
* Lower Bound To The Complexity Of Euclidean And Rectilinear Matching Algorithms, A
* Lower Bounds For Geometrical And Physical Problems
* Lower Bounds For Language Recognition On Two-Dimensional Alternating Multihead Machines
* Lower Bounds For Randomized Server And Motion Planning Algorithms
* Lower Bounds For Sorting On Mesh-Connected Architectures
* Lower Bounds On Moving A Ladder In Two And Three Dimensions
* Lower Bounds On The Complexity Of Multidimensional Searching
* Lower Order Circle And Ellipse Hough Transform
* Lsi Oriented Architecture For Cellular Feature Extraction
* Lu Decomposition Theorem And Its Implications To The Realization Of Two-Dimensional Digital Filters, The
* Lumigraph, The
* Lyon Conference-Medical Imaging And Expert Systems Applied To Medicine, Lyon, France, The
* Lyon, France

Index for "m"


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