Binford, M.[Michael]
* 2022: Georeferencing oblique PhenoCam imagery
Binford, T.O.
* 1970: On Boundary Detection
* 1971: Visual Perception by Computer
* 1972: Representation and Description of Curved Objects
* 1973: Corner Finder for Visual Feedback, A
* 1973: Structured Description of Complex Objects
* 1975: Display Generated by a Generalized Cone Representation
* 1976: Computer Description of Curved Objects
* 1977: Description and Recognition of Curved Objects
* 1978: Model Based Vision System, A
* 1978: Progress Report on a Model Based Vision System
* 1979: ACRONYM Model-Based Vision System, The
* 1979: Geometric Reasoning in Acronym
* 1979: Spatial Representation
* 1980: Geometric Constraints in Stereo Vision
* 1980: Image Understanding via Geometric Models
* 1980: Interpretive Vision
* 1980: Representing and Reasoning about Partially Specified Scenes
* 1981: Depth from Edge and Intensity Based Stereo
* 1981: Inferring Surfaces from Images
* 1981: Intensity Discontinuity Location to Subpixel Precision
* 1981: Interpretation of Geometric Structure from Image Boundaries, The
* 1981: Interpretation of Three-Dimensional Structure from Image Curves, The
* 1981: Line Finding with Subpixel Precision
* 1981: Line Finding with Subpixel Precision
* 1982: Depth from Edge and Intensity Based Stereo
* 1982: Survey of Model-Based Image Analysis Systems
* 1982: System for Automated Stereo Mapping, A
* 1983: Learning Physical Descriptions from Functional Descriptions
* 1983: Perceptual Organization as a Basis for Visual Recognition
* 1983: Perceptual Organization of Visual Images: Segmentation as a Basis for Recognition, The
* 1983: Progress in Stereo Mapping
* 1983: Reasoning in Time and Space
* 1984: Learning Physical Descriptions from Functional Definitions, Examples, and Precedents
* 1984: On Detecting Edges
* 1984: Stereo Modeling System: A Geometric Modeling System for Modeling Object Instance and Class
* 1984: Stereo Vision: Complexity and Constraints
* 1984: Survey of Array Processors
* 1984: Theory of Line Drawing Interpretation, A
* 1985: On Detecting Edges
* 1985: Predicting Specular Features
* 1985: Recovery of Three-Dimensional Structure from Image Curves, The
* 1985: Stereo Correspondence: Features And Constraints
* 1986: On Detecting Edges
* 1987: Color Algorithms for a General Vision System
* 1987: Local Shape from Specularity
* 1987: Local Shape from Specularity
* 1987: mobile robot: Sensing, planning and locomotion, A
* 1987: Role and Use of Color in a General Vision System, The
* 1987: Segmentation and Aggregation: An Approach to Figure-Ground Phenomena
* 1987: Stereo Correspondence: A Hierarchial Approach
* 1987: Stereo Matching Using Viterbi Algorithm
* 1987: Survey of Parallel Computers
* 1988: Color Metric for Computer Vision, A
* 1988: Color Metric for Computer Vision, A
* 1988: Curved Surface Reconstruction using Stereo Correspondence
* 1988: Generic Models for Robot Navigation
* 1988: Generic Models for Robot Navigation
* 1988: Image Segmentation Using Geometric and Physical Constraints
* 1988: Local Shape from Specularity
* 1988: Predicting Material Classes
* 1988: Structural Correspondence in Stereo Vision
* 1989: Bayesian Inference in Model-Based Machine Vision
* 1989: Probability-Based Control for Computer Vision
* 1989: Spatial Understanding: The Successor System
* 1989: Stereo Vision and Navigation in Buildings for Mobile Robots
* 1991: Dialogue: Ignorance, Myopia, and Naivete in Computer Vision Systems
* 1992: BUILDER-I: A System for the Extraction of SHGC Objects in an Edge Image
* 1992: Example of 3-D Interpretation of Images Using Bayesian Networks, An
* 1992: Image Understanding Environments Program, The
* 1992: Image Understanding Environments Program, The
* 1992: On Finding the Ends of SHGCs in an Edge Image
* 1992: On Finding the Ends of SHGCs in an Edge Image
* 1993: Finding and Recovering SHGC Objects in an Edge Image
* 1993: Local Step Edge Estimation: A New Algorithm, Statistical Model and Performance Evaluation
* 1993: Model-Based Recognition of Objects in Complex Scenes
* 1993: MR susceptibility misregistration correction
* 1993: Quasi-Invariants: Theory and Exploitation
* 1994: Body-centered representation and perception
* 1994: Generic, Model-Based Estimation and Detection of Discontinuities in Image Surfaces
* 1994: IUE Data Exchange: Status and Experiments
* 1994: Learning Object Models From Visual Observation and Background Knowledge
* 1994: Model-Based Edgel Aggregation
* 1994: Model-Based Recognition of Objects in Complex Scenes
* 1994: Object Representation for Object Recognition
* 1994: Probabilities for Bayesian Networks in Vision
* 1996: Detection, Estimation and Aggregation of Three Major Types of Discontinuities in Image Surfaces
* 1996: Generic, Model-Based Estimation and Detection of Peaks in Image Surfaces
* 1996: Model-Based Recognition of Objects in Complex Scenes
* 1996: Probabilistic Learning of Three-Dimensional Object Models
* 1996: SUCCESSOR: Interpretation Overview and Constraint System
* 1997: Context and Quasi-Invarinats in ATR with SAR Imagery
* 1997: Edge Detection: Modeling, Estimation, and Aggregation
* 1997: Generic Model-Based Edge Estimation in the Image Surface
* 1997: Learning to Detect Rooftops in Aerial Images
* 1997: Texture Segmentation of SAR Images
* 1998: Context and Quasi-Invariants in ATR with SAR Imagery
* 1998: Generalizing Over Aspect and Location for Rooftop Detection
* 1998: Improving Rooftop Detection with Interactive Visual learning
* 1998: Project Summary: Context and Quasi-Invariants in ATR
* 2003: Evidential reasoning for object recognition
* 2004: Method and apparatus for detection of drowsiness
Includes: Binford, T.O. Binford, T.O.[Thomas O.]
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