Carried out terrestrial laser scanning and processing of both terrestrial and airborne
laser point clouds.
Not exact matches
Kasparian says that in future, Christodoulides's team's work could be combined with his to help aim the
laser pulses and plasma channels at specific targets, such as
clouds, although he
points out that the
laser pulses can also be guided using mirrors.
That continuous 3D view consists of a
cloud of millions of
points generated by on - board
laser mapping equipment, and it involves a huge amount of data.
In taking the next step, Eugene Polzik and his colleagues at the Niels Bohr Institute in Copenhagen shined a strong
laser beam onto a
cloud of room - temperature cesium atoms whose spins were all
pointing in the same direction and fluctuating according to their given quantum state.
Laser - scanned 3D
point clouds have been gathering in galleries and festivals all over Europe.
The researchers focused the smaller
laser beams through the
cloud of ultracold atoms and found that each beam's focus — the
point at which the beam's intensity was highest — attracted a single atom, essentially picking it out from the
cloud and holding it in place.
The resulting «
point cloud,» as the collection of coordinates from returning
laser pulses is called, can be remarkably detailed (and beautiful), showing all the contours of the environment and objects within it.
Existing structures were
laser scanned and BIM models were developed from the
point clouds by students.