Accession Number : ADA184973
Title : Correction of Inertial Navigation System Drift Errors for an Autonomous Land Vehicle Using Optical Radar Terrain Data.
Descriptive Note : Master's thesis,
Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA
Personal Author(s) : Rickenbach, Mark D
PDF Url : ADA184973
Report Date : Sep 1987
Pagination or Media Count : 96
Abstract : It is generally agreed that some type of vision system capable of providing a preview of terrain is an important attribute of a driverless vehicle. One approach to providing this capability is to use active images such as those obtained by sonar or radar. This thesis is concerned with a computer simulation study of an approach to data processing for range images obtained from an optical radar system using a scanning laser beam. The system studied is modeled after the ERIM scanner mounted on the adaptive Suspension Vehicle walking machine developed at Ohio State University. Both the problem of register successive images in the presence of vehicle motion and of optimally averaging such images to obtain more accurate terrain elevation data are investigated in the thesis.
Descriptors : *ROBOTICS, *WALKING, *VISIONICS, *MACHINES, *SUSPENSION DEVICES, *INERTIAL NAVIGATION, *GROUND VEHICLES, ADAPTIVE CONTROL SYSTEMS, TERRAIN ANALYSIS RADAR, RADAR IMAGES, OPTICAL RADAR, LASER BEAMS, COMPUTERIZED SIMULATION, MOTION, ELEVATION, DRIFT, ERRORS, DATA PROCESSING EQUIPMENT, COMPUTER PROGRAMS, KALMAN FILTERING, IMAGE PROCESSING, MAPS, ROUTING, CORRECTIONS, THESES
Subject Categories : Cybernetics
Navigation and Guidance
Surface Transportation and Equipment
Distribution Statement : APPROVED FOR PUBLIC RELEASE