【学术视频】第九届量子多体系计算研讨会 | 中国人民大学高泽峰
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图 | 高泽峰
题 目:Compressing deep neural networks by matrix product operators
报告人:高泽峰
单 位:中国人民大学
时 间:2019-04-21
地 点:中国人民大学
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报告提纲
MPO can be used to represent both fully-connected and convolutional layers.
MPO is more efficient in representing a fully-connected layer.
MPO can reduce the cost in decoding each "image" in a dataset, and by combining with the MPO representation of the linear transformation matrices, can further compress deep neural networks and enhance its prediction power.
会议简介
This workshop focus on recent advances in the field of quantum many-body computation, including Monte Carlo methods, renormalization group and tensor network methods, machine learning, etc. It aims to provide young researchers and graduate students with introductory and updated research information, promote exchange of ideas and in-depth discussions, and enhance the interactions of researchers working in relevant areas.
Organizer: Department of Physics, Renmin University of China
●【学术视频】第九届量子多体系计算研讨会 | 郭文安:Random-Singlet Phase in Disordered Two-dimensional Quantum Magnets
●【学术视频】第九届量子多体系计算研讨会 | 丁文新:Dynamical t/U Expansion of a Doped Hubbard Model
●【学术视频】第九届量子多体系计算研讨会 | 李晓鹏:Quantum information scrambling with hard-core fermions
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