This report presents the results of the project on Dynamic Image Interpretation for Autonomous Land Vehicle (ALV) Navigation for the time period 2/26/87--2/25/88. The purpose of the ALV project is to develop algorithms and tools to enable a vehicle to navigate autonomously through realistic landscapes. Contents: Visual Motion Analysis- Computation of the Optical Flow Field; The Recovery of Environmental Motion and Structure from a Mobile Vehicle; Alternatives to General Motion Analysis; Stereoscopic Motion Analysis; Analysis of Constant General Motion; Token-Based Approaches to Motion and Perceptual Organization; Mobile Vehicle Navigation; Perceptual Organization (Grouping)- The Perceptual Organization of Image Curves; Extracting Geometric Structure; Database Support for Symbolic Vision Processing- ISR1, ISR2, Generic Views and Indexing. (FR)
Dynamic Image Interpretation for Autonomous Vehicle Navigation
1988
33 pages
Report
Keine Angabe
Englisch
Road Transportation , Control Devices & Equipment , Navigation & Guidance System Components , Computers, Control & Information Theory , Autonomous navigation , Image processing , Navigation , Algorithms , Data bases , Dynamics , Environments , Extraction , Flow fields , Geometric forms , Ground vehicles , Mobile , Motion , Optical images , Optical detection , Stereoscopic display systems , Symbols , Vehicles , Vision , Autonomous land vehicles , Image interpretation , Computer vision
NTIS | 1986
|NTIS | 1986
|DSpace@MIT | 2002
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