Beschreibung
In this book, we have investigated the 3D object class recognition problem. We used an approach that solves this problem with the use of depth images obtained from 3D object models. In the approach we used, 3D object class recognition system is composed of two stages; training and testing. In both stages, first, keypoints are detected from the images, and then 2D local image descriptors are built around these keypoints. This is continued by encoding local descriptors into a single descriptor. Just before this step, in training stage, a codebook is learned, and it is used for encoding local descriptors in both stages. Another extra step in training stage is, after the descriptors are encoded, for each class a binary classifier is trained. Then, these classifiers are used in testing stage. We have evaluated different keypoint detection methods, 2D local image descriptors and encoding methods. Then, we experimentally show their superiorities and weaknesses over each other. Experiments clearly show the best performing keypoint detection method, local image description method and feature encoding method in the depth image domain. Different experimental setups yields similar results.
Autorenporträt
Güney Kayim is a researcher with experience in both industry and academic world. He is interested in any kind of technological innovation, though, he is specialized in image processing, computer vision and related topics. He took his MSc degree from Bogazici University/Turkey and he is currently employed as a senior researcher at Apical Limited/UK.
Herstellerkennzeichnung:
BoD - Books on Demand
In de Tarpen 42
22848 Norderstedt
DE
E-Mail: info@bod.de
