Accession Number : ADA189246
Title : ROVER: A Prototype Active Vision System.
Descriptive Note : Technical rept.,
Corporate Author : ROCHESTER UNIV NY DEPT OF COMPUTER SCIENCE
Personal Author(s) : Coombs, David J ; Marsh, Brian D
PDF Url : ADA189246
Report Date : Aug 1987
Pagination or Media Count : 37
Abstract : The Roving Eyes project is an experiment in active vision. We present the design and implementation of a prototype that tracks colored balls in images from an on-line CCD camera. Rover is designed to keep up with its rapidly changing environment by handling best and average case conditions and ignoring the worst case. This allows Rover's techniques to be less sophisticated and consequently faster. Each of Rover's major functional units is relatively isolated from the others, and an executive which knows all the functional units directs the computation by deciding which jobs would be most effective to run. This organization is realized with a priority queue of jobs and their arguments. Rover's structure not only allows it to adapt its strategy to the environment, but also makes the system extensible. A capability can be added to the system by adding a functional module with a well defined interface and by modifying the executive to make use of the new module. The current implementation is discussed in the appendices. Keywords: Optical processing; Image processing; Artificial intelligence.
Descriptors : *IMAGE PROCESSING, *MODULAR CONSTRUCTION, *VISION, ARTIFICIAL INTELLIGENCE, EYE, HANDLING, OPTICAL PROCESSING, PROTOTYPES, STRATEGY
Subject Categories : Bionics
Distribution Statement : APPROVED FOR PUBLIC RELEASE