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The computer vision approach involves a lot of modeling problems in preventing noise caused by sensing units such as cameras and projectors. In order to improve computer vision modeling performance, a robust modeling technique must be developed for essential models in the system. The RANSAC and least median of squares (LMedS) algorithms have been widely applied in such issues. However, the performance...
In the computer vision approach, there are many problems of modeling to prevent affections of noises by sensing units such as cameras and projectors. In order to improve the performance of the modeling in the computer vision, it is necessary to develop a robust modeling technique for various functions. The RANSAC algorithm and LMedS algorithm have been widely applied for such issues. However, the...
Recently, the 3D sensing technique using optical devices such as multiple cameras has been applied to various areas such as visualization, motion capturing, and so on. However, improvement of the camera model structure is indispensible for more precise measurement. In this study, we propose a camera modeling technique for 3D sensing based on tile coding (CMAC) structure. A distance between a sensing...
This paper describes an alternating direction implicit (ADI) formulation of a block-type scheme to circumvent the time step size limitation of an existing block-type leapfrog scheme. Numerical results show that the proposed block-type ADI scheme can use a larger time step size and perform faster simulations of power distribution networks than the existing method.
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