This article presents improvements for LIDAR-based systems.
LIDAR-based systems measure the time-of-flight of a laser source onto the scene and back to the sensor, building a wide field of view 3D raster image, but as a scanning process, there are problems associated with motion inside the scene over the duration of the scan. By illuminating the entire scene simultaneously using a broad laser pulse, a 2D camera equipped with a high-speed shutter can measure the time-of-flight over the entire field of view (FOV), thereby, recording an instantaneous snapshot of the entire scene; however, spreading the laser reduces the range. So, what is required is a programmable system that can track multiple regions of interest by varying the field of regard to (1) a single direction, (2) the entire FOV, or (3) intermediate views of interest as required by the evolving scene environment. This was the objective of this project.
Downloads
Similar Publications
- Prevalence Estimates and Correlates of Elder Abuse in the United States: The National Intimate Partner and Sexual Violence Survey
- Differential Scavenging Among Pig, Rabbit and Human Subjects
- Developing, Implementing, and Evaluating a Police Fatigue Risk-Management Strategy for the Seattle Police Department