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City Seattle / Stuttgart / RANSAC / Landscape Assessment Freiburg / / Company Neural Information Processing Systems / Nikon / Airborne 1 Incorporated / Google / / Country Germany / Jordan / / / Event M&A / / Facility U.C. Berkeley campus / Building Detection / Berkeley campus / University of California / University of California at Berkeley / / IndustryTerm segmentation algorithms / grid search / spectral clustering algorithm / region growing algorithm / learning spectral clustering algorithm / stereo imaging methods / processor server / segmentation algorithm / classification algorithms / parallel processing / region growing segmentation algorithm / above algorithm / polygonization algorithm / region-growing algorithm / learning algorithm / / Organization Video and Image Processing Lab / University of California / Avideh Zakhor EECS Department / University of California / Berkeley / Pattern Analysis and Machine Intelligence / / Person John Secord / / ProgrammingLanguage C / / ProvinceOrState California / Washington / / PublishedMedium IEEE Transactions on Pattern Analysis and Machine Intelligence / / Technology specific spectral clustering algorithm / learning algorithm / laser / above algorithm / Remote Sensing / weighted SVM algorithm / 3-D / segmentation algorithms / proposed algorithm / specific SVM algorithm / SVM algorithm / segmentation algorithm / fuzzy logic / training algorithm / classification algorithms / Image Processing / RANSAC-based polygonization algorithm / digital camera / polygonization algorithm / parallel processing / learning spectral clustering algorithm / / URL http / SocialTag 
Tree Detection in Urban Regions Using Aerial LiDAR and Image Data John Secord and Avideh Zakhor EECS Department, U.C. Berkeley {secord,avz}@eecs.berkeley.edu Abstract