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Gait-Based Human Recognition by Classification of Cyclostationary Processes on Nonlinear Shape Manifolds

机译：非线性形状流形上循环平稳过程分类的基于步态的人体识别

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David Kaziska; Anuj Srivastava;
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年度 2007
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1. Gait-Based Human Recognition by Classification of Cyclostationary Processes on Nonlinear Shape Manifolds [J] . David Kaziska, Anuj Srivastava Journal of the American statistical association . 2007,第480期

机译：非线性形状流形上基于循环平稳过程分类的基于步态的人识别
2. 3-D Human Action Recognition by Shape Analysis of Motion Trajectories on Riemannian Manifold [J] . Devanne Maxime, Wannous Hazem, Berretti Stefano, Cybernetics, IEEE Transactions on . 2015,第7期

机译：黎曼流形上运动轨迹形状分析的3D人体动作识别
3. Learning and Matching of Dynamic Shape Manifolds for Human Action Recognition [J] . Wang L., Suter D. IEEE Transactions on Image Processing . 2007,第6期

机译：动态形状流形的学习和匹配，用于人体动作识别
4. Cyclostationary Processes on Shape Spaces for Gait-Based Recognition [C] . David Kaziska, Anuj Srivastava European Conference on Computer Vision(ECCV 2006) pt.2; 20060507-13; Graz(AT) . 2006

机译：基于步态识别的形状空间上的循环平稳过程
5. Gait-based human recognition in video. [D] . Han, Ju. 2005

机译：视频中基于步态的人类识别。
6. Nonlinear Feature Extraction Through Manifold Learning in an Electronic Tongue Classification Task [O] . Jersson X. Leon-Medina, Maribel Anaya, Francesc Pozo, 2020

机译：电子舌分类任务中歧管学习的非线性特征提取
7. Cyclostationary Processes on Shape Spaces for Gait-Based Recognition [O] . David Kaziska, Anuj Srivastava 2006

机译：基于步态识别的形状空间上的循环平稳过程
8. Gait-Based Human Recognition by Classification of Cyclostationary Processes on Nonlinear Shape Manifolds [R] . Kaziska, D., Ivastava, A. 2006

机译：非线性形状流形上循环平稳过程分类的基于步态的人体识别

Gait-Based Human Recognition by Classification of Cyclostationary Processes on Nonlinear Shape Manifolds

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