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Title : STABILITY AND SCALABILITY ASSESSMENT OF COMPLEXITY ESTIMATION BASED WORK LOAD BALANCING APPROACH FOR A PARALLEL LIDAR WAVEFORM DECOMPOSITION ALGORITHM
Company : Kyungwon University
File Name : Jung.pdf
Size : 242027
Type : application/pdf
Date : 20-Jun-2010

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Featured Paper by

Jinha Jung, Melba M. Crawford and Sanghoon Lee

LIDAR is an active remote sensing technology which performs range measurements from the sensor and converts them into 3D coordinates of the Earth's surface. Recent advances in LIDAR hardware make it possible to digitize full waveforms of the returned energy. LIDAR waveform decomposition involves separating the return waveform into a mixture of Gaussians which is then used to characterize the original data. It plays an important role in LIDAR data processing because the resulting components are expected to represent reflection surfaces within waveform footprints and ultimately affect the interpretation of the data.
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