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lidar. The development is done by raytracing, Computer Aided Design and 3D printing. After calibration, the instruments will be tested in field for applications within bloodsucking disease vectors as
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ultraviolet and a aquatic hyperspectral lidar. The development is done by raytracing, Computer Aided Design and 3D printing. After calibration, the instruments will be tested in field for applications within
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test multi applications. Within this project we will design a ultrabroadband and a high spectral resolution hyperspectral lidar. The development is done by raytracing, Computer Aided Design and 3D
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Norrköping Campus. MIT is an international leader in interdisciplinary, applied research with expertise in visualization, design, computer graphics, and the learning sciences. The research nexus