Why 24 laser range finders?

Why 24 laser range finders?

All 24 these properties can be used in existing laser range finders, but they also enable some new applications to be achieved. The most useful applications for fast and accurate laser range finding are the 3D sensors. Using short pulses improves the capability to measure unambiguously plenty of target points in a short time.

What is TOF laser range finder?

This thesis describes the development of high bandwidth (~1 GHz) TOF (time-of-flight) laser range finder techniques for industrial measurement applications in the measurement range of zero to a few dozen metres to diffusely reflecti ng targets.

What are the most useful applications for laser range finding?

The most useful applications for fast and accurate laser range finding are the 3D sensors. Using short pulses improves the capability to measure unambiguously plenty of target points in a short time.

What is the history of laser range finders?

In the Electronics Laboratory of the University of Oulu several laser range finder devices have been developed for different kinds of applications. The starting point for the development work of laser range finders were positron lifetime measurements in the late 80s /Myllylä78/.