Titlebook: Hyperkinetic Movement Disorders; Oksana Suchowersky,Cynthia Comella Book 20121st edition Springer Science+Business Media New York 2012 Cho

入會

Benjamin L. Walter MD,Jerrold L. Vitek MD, PhDf holistic feature based methods would drop dramatically as holistic features are easily distorted by those variations. SIFT, a classical sparse local feature descriptor, was proposed for object matching between different views and scales and has its potential advantages for face recognition. Howeve

Minutes

Aleksandar Videnovic MD,Kathleen M. Shannon MDow and expensive. An effective approach to reduce the annotation effort is active learning (AL). However, the traditional AL methods are limited by the hand-craft features and the small-scale datasets. In this paper, we propose a novel deep active learning framework combining the optimal feature rep

罵人有污點

Vicki Shanker MD,Susan Bressman MDow and expensive. An effective approach to reduce the annotation effort is active learning (AL). However, the traditional AL methods are limited by the hand-craft features and the small-scale datasets. In this paper, we propose a novel deep active learning framework combining the optimal feature rep

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生氣的邊緣

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Breach

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Terence D. Sanger MD, PhDestigative studies have been published on estimating the bias between Caucasians and Asians, Caucasians and Africans, and other racial comparisons. These studies have reported inferior performances of both Asians and Africans when compared to other races. However, very few studies have highlighted t

鋼筆記下懲罰

Zelma Kiss MD, PhD, FRCSC,Sarah Furtado MD, PhD, FRCPChas been successfully used for biometrics. Motivated by the method of BLPOC, we propose the band-limited optimal tradeoff synthetic discriminant function (BLOTSDF) filter in this paper. Compared with BLPOC and original OTSDF filter, BLOTSDF filter has faster matching speed and can achieve better rec

Ordeal

Pathophysiology of Hyperkinetic Movement Disorders,s involved in voluntary motor control including primary and secondary motor and sensory cortices, the basal ganglia, thalamus, and cerebellum. The pathophysiology of these disorders appears to include similar alterations in physiological properties of neurons in these areas. Phenotypic differences i