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Christopher Cyr's |
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Christopher Cyr's |
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| AUTHOR(S) | TITLE | SUBJECTS | DATE |
| Adams-R & Bischof-L | Seeded Region Growing | Segmentation | June-94 |
| Aginsky-V & Tarr-M | How Are Different Visual Properties of a SceneEncoded in Visual Memory | PsycoPhysics, Represenatation | January-00 |
| Alter-T.D. & Basri-R | Extracting Salient Curves from Images: AnAnalysis of the Saliency Network | Saliency, Curve Detection | June-96 |
| Amir-A & Lindenbaum-M | A Generic Grouping Algorithm and Its QuantitativeAnalysis | Segmentation, Grouping, Detection | February-98 |
| Avidan-S & Evgeniou-T & Shashua-A & Poggo-T | Image-BasedView Synthesis | Recognition, 2D-3D, Projection | January-97 |
| Basri- R | The Alignment of Objects with Smooth Surfaces: Error Analysisof the Curvature Method | 2D-3D, Recognition, Pose Estimation | November-91 |
| Basri- R & Rivlin- E | Localization and Homing using the Combinationsof Model Views | 2D-3D, Recognition, Pose Estimation | June-95 |
| Besl-P & McKay-N | A Method for Registration of 3-D Shapes | 2D-3D, Recognition, Pose Estimation | February-92 |
| Bulthoff-H & Edelman-S
& Tarr-M |
How are Three-dimensionalObjects Represented in the brain | PsycoPhysics, Represenatation | March-94 |
| Canny-J | A Computational Approach to Edge Detection | Edge Detection | November-86 |
| Chang-C & Tsai-W | Reliable Determination of Object Pose from LineFeatures by Hypothesis Testing | Pose Estimation, Line Features | November-99 |
| Cutzu-F & Tarr-M | Inferring Perceptual Saliency Fields from Viewpoint-DependentRecognition Data | Saliency, Grouping, Curve Detection | November-98 |
| Cutzu-F & Tarr-M | The Representation of Three-Dimensional ObjectSimilarity in Human Vision | PsycoPhysics, Represenatation | June-97 |
| Eggert-D & Bowyer-K | Computing the Perspective Projection AspectGraph of Solids of Revolution | Aspect Graph, Pose Estimation, Recognition, Projection | February-93 |
| Gauthier-I & Tarr-M | Becoming a "Greeble" Expert: Exploring Mechanisms for Face Recognition | June-98 | |
| Gauthier-I & Tarr-M | Orientation Priming of Novel Shapes in the Context of Viewpoint-Dependent Recognition | June-97 | |
| Gauthier-I & Williams-P
& Tarr-M & Tanaka-J |
Training "Greeble" Experts: A Framework for Studying Expert Object RecognitionProcess" | November-97 | |
| Guy-G & Medioni-G | Inferring Global Perceptual Contours from LocalFeatures | December-95 | |
| Hayward-W | Effects of Outline Shape in Object Recognition | ??? | |
| Hayward-W & Tarr-M | Testing Conditions for Viewpoint Invariancein Object Recognition | June-96 | |
| Herault-L & Horaud-R | Figure-Ground Discrimination: A CombinatorialOptimization Approach | October-93 | |
| Iverson-L & Zucker-S | Logical/Linear Operators for Image Curves | October-95 | |
| Jones-M & Poggio-T | Model-Based Matching by Linear Combinationsof Prototypes | November-96 | |
| Kass-M & Witkin-A
& Terzopoulos-D |
Snakes: Active Contour Models | June-87 | |
| Kriegman-D & Ponce-J | On Recognizing and Positioning Curved 3-DObjects from Images Contours | December-90 | |
| Maintz-J & Viergever-M | A Survey of Medical Image Registration | October-97 | |
| Mohn-R & Nevatia-R | Perceptual Organization for Scene Segmentationand Description | June-92 | |
| Or-S & Luk-W & Wong-K
& King-I |
An Efficient IterativePose Estimation Algorithm | November-97 | |
| Parent-P & Zucker-S | Trace Inference-Curvature Consistency andCurve Detection | August-89 | |
| Poggio-T & Vetter-T | Recognition and Structure from one 2D ModelView: Observations on Prototypes-Object Classes and Symmetries | February-92 | |
| Rivlin-E & Weiss-I | Local Invariants For Recognition | March-95 | |
| Rosenthaler-L & Heitger-F & Kubler-O & Heydt-R | Detectionof General Edges and Keypoints | ??? | |
| Sha'ashua-A & Ullman-S | Structural Saliency: The Detection of GloballySalient Structures Using a Locally Connected Network | June-88 | |
| Sheu-D & Bond-A | A Generalized Method for 3D Object Location fromSingle 2D Images | October-91 | |
| Shi-J & Malik-J | Normalized Cuts and Image Segmentation | June-97 | |
| Shoham-D & Ullman-S | Aligning a Model to an Image Using MinimalInformation | June-88 | |
| Smith-S & Brady-JM | SUSAN | January-97 | |
| Tarr-M | Rotating Objects to Recognize Them: A Case Study of the Roleof Viewpoint dependency in the Recognition of Three-Dimensional Objects | January-95 | |
| Tarr-M | Visual Object Recognition: Can a Single Mechanism Suffice? | December-98 | |
| Tarr-M & Black-M | A Computational and Evolutionary Perspectiveon the Role of Representation in Vision | November-93 | |
| Tarr-M & Black-M | Reconstruction and Purpose | May-94 | |
| Tarr-M & Bulthoff-H | Conditions for Viewpoint Dependence and ViewpointInvariance: What Mechanisms are Used to Recognize an Object? | December-93 | |
| Tarr-M & Bulthoff-H | Image-Based Object Recognition in Man-Monkey-andMachine | ??? | |
| Tarr-M & Bulthoff-H | Is Human Object Recognition Better Describedby Geon-Structural-Descriptions or by Multiple-Views? | ??? | |
| Tarr-M & Bulthoff-H
& Zabinski-M & Blanz-V |
To What Extentdo Unique Parts Influence Recognition Across Changes in Viewpoint? | August-97 | |
| Tarr-M & Gauthier-I | Do Viewpoint-Dependent Mechanisms Generalizeacross Members of a Class? | ??? | |
| Tarr-M & Williams-P
& Hayward-W & Gauthier-I |
Three-DimensionalObject Recognition is Viewpoint-Dependent | February-98 | |
| Tek-H & Kimia-B | Symmetry Maps of Free-Form Curve Segments ViaWave Propagation | June-99 | |
| Ullman-S & Basri-R | Recognition by Linear Combinations of Models | October-91 | |
| Williams-L & Thornber-K | A Comparison for Detecting Natural Shapesin Cluttered Backgrounds | September-99 | |
| Williams-P & Tarr-M | Structural Processing and Implicit Memoryfor Possible and Impossible Figures | November-94 | |