Examples of using Light detection in English and their translations into Portuguese
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Light detection and ranging.
We can ask the military to do light detection and ranging.
Description Infrared light detection black and white lines, high recognition, stable performance.
Systems PoliScan speed andred light operate on a principle of measurement based on LIDAR Light Detection and Ranging.
Using infrared light detection, anti-interference ability.
TheMapdwell Project, developed byMIT's Sustainable Design Lab,combines Google satellite imagery with light detection and ranging data.
Nature is full of different light detection and assimilation mechanisms.
Lidar(light detection and ranging) has been consolidated as mapping technology, contributing to the science of geographic information.
Description/Specification Using infrared light detection, anti-interference ability.
A variety of light detection, 2 road detection, can two-way control at the same time.
The Mapdwell Project, developed by MIT's Sustainable Design Lab,combines Google satellite imagery with light detection and ranging data.
However, more recently the lidar(light detection and ranging) system has been used in brazil.
PoliScan speed and PoliScan redlight- LIDAR Systems PoliScan speed andred light operate on a principle of measurement based on LIDAR Light Detection and Ranging.
Hot Tags: high frequency light detection and ranging lidar laser radar, made in China, manufacturers, discount, cheap, Lidar.
The systems PoliScan speed andPoliScan redlight- LIDAR of speed and red light work according to a beginning of measurement based on LIDAR Light Detection and Ranging.
Sensors based on lidar(light detection and ranging) technology have the potential to provide accurate 3d models of the trees retrieving information such as canopy volume and height.
The collaboration between our groups could boost significantly the technology of scintillation light detection in liquid argon, with great advantages of the DUNE and SBND experiments.
Applications of photonics include light detection, telecommunications, information processing, illumination, metrology, spectroscopy, medicine, laser material processing, robotics and defence.
INOV has been developing, building and testing innovative systems for fire detection in the forest andindustrial environments based on the LIDAR(Light Detection And Ranging) technology.
The laser scanning system airborne lidar(light detection and ranging), generates a three-dimensional representation of the target object through a cloud of points georeferenced.
The developed methods are based on the analysis of the fluorescence emitted by the leaves under excitement by intense laser radiation,using a special LIDAR(Light Detection and Ranging) system.
For the imaging of the external surfaces technology has been used lidar(light detection and range) and the imaging surface interior was done using ground penetrating radar(gpr), moreover, profiles were obtained with a gamma ray gamae-spectômet.
This work presents a proposal methodology for the semi- auomatic extraction of building roof contour from lidar( light detection and ranging) point cloud data.
The first uses a Light Detection and Ranging(LiDAR) scanner, an optical technology that uses laser scanning to measure properties of reflected light to obtain information about distant objects.
It was proposed a datmo systemfor the detection and tracking of multiple moving vehicles in the environment around an autonomous vehicle using a light detection and ranging sensor(lidar) 3d.
TriLumina is developing the next generation of laser arrays,which are critical components of Light Detection and Ranging(LiDAR) systems used in industrial automation and driver monitoring systems for vehicles.
The National Institutes of Health(NIH) has also invested in research to design medical biosensors based on a variety of systems including chemical attraction,electrical currents, and light detection.
Rods and cones operate in light detection and also interfere in the circadian timing system, but the mode of action of these photoreceptors in the control of circadian rhythms in diurnal non-human primates is unknown.
The facility, headed up by Risø National Laboratory for Sustainable Energy at the Technical University of Denmark[Risø DTU]relies on innovative remote sensing laser-based wind measurement devices called Lidars Light detection and ranging.
For this, we used 5(five)mdts data: light detection and ranging-lidar; aerial photography; topodata; aster global digital elevation model-aster gdem; shuttle radar topography mission-srtm, with different spatial resolutions and methods of acquisition. these data were applied a tech.