Computer Vision Systems, by Name
Various names have been used for computer vision systems.
This lists some of the more famous systems.
(You may want to see
the Source Code Listing
or the
the Vendor Listing for implementations or companies that
will provide a finished product.)
Systems Referenced by Name
For more information on the topics, contact information, etc.
see the annotated
Computer Vision Bibliography or
the Complete
Conference Listing for Computer Vision and Image Analysis
System: ACRONYM
* ACRONYM and SUCCESSOR Papers - Stanford University and Others (H2)
* Model-Based Interpretation of Range Imagery
System: ALVINN
* CMU Road Followers -- ALVINN YARF MANIAC (H3)
* Neural Network Perception for Mobile Robot Guidance
* Panacea: An Active Sensor Controller for the ALVINN Autonomous Driving System
System: AMBLER
* AMBLER: An Autonomous Rover for Planetary Exploration
System: APPLY
* Architecture Independent Programming Language for Low-Level Vision, An
System: BABE
* Incorporating Vanishing-Point Geometry in Building Extraction Techniques
System: Codger
* June 1987 Annual Report: Development of an Integrated Mobile Robot System at Carnegie Mellon
System: Condor
* Context-Based Vision: Recognizing Objects Using Information from Both 2-D and 3-D Imagery
* Employing Contextual Information in Computer Vision
* Natural Object Recognition
System: CVS
* Context-Based Vision: Recognition of Natural Scenes
System: ENVI
* *ITT Visual Information Solutions
System: GEOMETER
* Constraint-Based Modeling
System: Gipsy
* *Groningen Image Processing System, GIPSY
* Gipsy: General Image Processing System
System: IDECS
* Image Discrimination Enhancement Combination System
System: IGS
* IGS: A Paradigm for Integrating Image Segmentation and Interpretation
System: IUA
* Hardware -- Image Understanding Architecture, IUA (H2)
* Image Understanding Architecture, The
* Overview of Architecture Research for Image Understanding at the University of Massachusetts, An
System: KBVision
* Image Understanding Tools
System: Khoros
* Khoros Software Development Environment for Image and Signal Processing, The
System: MANIAC
* MANIAC: A Next Generation Neurally Based Autonomous Road Follower
System: Mapsee
* Knowledge Structuring and Constraint Satisfaction: The Mapsee Approach
* Logic of Depiction, The
System: MSYS
* MSYS: A System for Reasoning about Scenes
System: NAVLAB
* *Vision and Navigation, the Carnegie Mellon NAVLAB
* Carnegie Mellon NAVLAB, AMBLER, etc. (H3)
System: NGS
* June 1987 Annual Report: Development of an Integrated Mobile Robot System at Carnegie Mellon
System: Phoenix
* Phoenix Image Segmentation System: Description and Evaluation, The
* Recursive Region Segmentation by Analysis of Histograms
System: Poly
* Interpreting Pictures of Polyhedral Scenes
System: SEE
* Computer Recognition of Three-Dimensional Objects in a Visual Scene
System: SIGMA
* Expert Systems for Image Processing: Knowledge-Based Composition of Image Analysis Processes
* Sigma Image Understanding System, The
* SIGMA: A Knowledge-Based Aerial Image Understanding System
System: SLAM
* General Learning Algorithm for Robot Vision
System: Spider
* Design and Implementation of SPIDER: A Transportable Image Processing Software Package
System: Successor
* *CVonline: Model-based vision
* ACRONYM and SUCCESSOR Papers - Stanford University and Others (H2)
System: VISIONS
* Complete Systems Derived from the Univ. Massachusetts Work (H2)
* University of Massachusetts VISIONS System (H2)
* Segmentation of Natural Scenes
* Use of an Evidential Based Model for Representing Knowledge and Reasoning about Images in the VISIONS System, The
* VISIONS: A computer System for Interpreting Scenes
System: Vista
* Vista: A Software Environment for Computer Vision Research
System: YARF
* Combining Artificial Neural Networks and Symbolic Processing for Autonomous Robot Guidance
Systems
* GIS: Systems Implementation and Design (H2)
Systems, Survey
* Image Understanding Environments
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