'Range accuracy' diaporamas de présentation

3D Laser Range Finder Group 27 Andrew Watson, Jon Ulrich

3D Laser Range Finder Group 27 Andrew Watson, Jon Ulrich. LIDAR. LI ght D etection A nd R anging. Motivation. AUVSI Competitions for Robotics Club Augment Computer Vision Capabilities Mobile 3D range finder Visually represent range data Gain valuable experience. Goals.

656 views • 40 slides

Nuclear encoded proteins that target mitochondria

481 views • 24 slides

LASER SCANNERS

LASER SCANNERS. Imaging system provides a user with a dense set of three-dimensional vectors to unknown points relative to the scanner location Unprecedented density of geospatial information coverage Return-beam detection device Beam deflection mechanism.

405 views • 20 slides

Radar Principles and Systems Part II

Radar Principles and Systems Part II. Learning Objectives. Comprehend the factors that effect radar performance Comprehend frequency modulated CW as a means of range determination Comprehend the basic principles of operation of pulse-doppler radar and MTI systems. Signal Reception

988 views • 17 slides

ITS World Congress 2012: Low - cost Miniature Laserscanner for Environment Perception

MiniFaros. ITS World Congress 2012: Low - cost Miniature Laserscanner for Environment Perception Kay Fuerstenberg, SICK AG Angelos Amditis, ICCS. Accident review results. Accidents distributed by car segments. 83%. MiniFaros. Low-cost miniature Laserscanner

308 views • 17 slides