基于混沌理论和深度学习方法的压缩感知新方案
首发时间:2021-01-15
摘要:为了开发一种快速、精确的自然图像压缩混沌深度压缩感知新方案,本文综合了现有两类压缩感知方法的优点:传统迭代方法的加密效果和深度学习方法的响应速度。具体来说,本文提出了一种基于混沌压缩感知和深度学习网络的压缩感知新模型,称为混沌深度压缩感知,将传统压缩感知中的迭代步骤转化为深度网络形式,并将相关混沌参数应用于测量矩阵生成和深度网络训练过程。混沌深度网络中的所有参数都通过学习获取,不再需要人工设计。实验证明,混沌深度压缩感知的重构效果和运行速度均显著优于现有其他压缩感知方法。
关键词: 信号与信息处理 压缩感知 深度学习 神经网络 混沌理论
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The new scheme of compressed sensing based on chaotic theory and deep learning
Abstract:In order to develop a new fast and accurate natural image compressed sensing scheme, we combine the advantages of two kinds of existing compressed sensing methods: the encryption effect of traditional iterative methods and the response speed of deep learning methods. Specifically, we propose a new compressed sensing model based on chaotic compressed sensing and deep neural network, which is called chaotic deep compressed sensing. We transform the iterative steps of traditional compressed sensing into the form of deep network and apply the relevant chaotic parameters to the measurement matrix generation and deep network training. All the parameters in the chaotic depth network are acquired by learning, and manual design is no longer required. The experimental results show that the reconstruction effect and running speed of chaotic deep compressed sensing are significantly better than other existing compressed sensing methods.
Keywords: compressed sensing deep learning neural network chaotic theory
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