In this paper we describe the basic operating principles of laser lase
r radar sensors and the typical algorithms used to process laser radar
imagery for robotic applications. We review 12 laser radar sensors to
illustrate the variety of systems that have been applied to robotic a
pplications wherein information extracted from the laser radar data is
used to automatically control a mechanism or process. Next we describ
e selected robotic applications in seven. areas: autonomous vehicle na
vigation, walking machine foot placement, automated service vehicles,
manufacturing and inspection, automotive, military, and agriculture. W
e conclude with a discussion of the status of laser radar technology a
nd suggest trends we see in the application of laser radar sensors to
robotics. Many new applications are expected as the maturity level pro
gresses and system costs are reduced.