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  • Getting started (Checked: D)
  • User guide (Checked: D)
  • API Reference
  • Developers guide (Checked: D)
  • GitHub
  • Getting started (Checked: D)
  • User guide (Checked: D)
  • API Reference
  • Developers guide (Checked: D)
  • GitHub

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  • Conceptual background of higher-order Fourier analysis
  • Tutorial - Denoising (Checked: D)
    • Denoising and regularization: rgz and cdf modules (Checked: D)
  • Tutorial - Higher order characters (Checked: D)
    • Higher-order character decomposition: char module (Checked: D)
  • Theoretical foundations and extensions
  • User guide (Checked: D)
  • Tutorial - Denoising (Checked: D)

Tutorial - Denoising (Checked: D)#

You can also download this tutorial as a Jupyter Notebook

  • Denoising and regularization: rgz and cdf modules (Checked: D)
    • The algorithm: a minimal but representative formulation
    • Manual execution of the basic algorithm
      • Problem statement
      • Objective
      • Modelization of the example problem
      • The algorithm step by step
      • Generalizing the algorithm
    • How the algorithm is implemented in practice
      • Exploring auxiliary functions
        • Auxiliary functions
      • Encapsulating fine-tuning and algorithmic variants
        • Interaction between workflow and variant logic
      • Abstract class LayerRegularizer
        • Constructor
        • Setup method
        • Update
        • Eigendecomposition
        • The weighting function
      • Default implementation: StandardLayerRegularizer
        • The alpha_method parameter
        • The cdf module
        • The param and mode parameters
        • The lin_alg_method and the num_eigen parameters
    • Putting everything together: Chirps
      • Problem statement
      • Objective
      • Strategy
    • Putting everything together: Coding theory
      • Problem statement
      • Objective
      • Strategy
    • Optional: deeper insights and extensions
      • A nilsequence
      • Problem statement
      • Objective

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Conceptual background of higher-order Fourier analysis

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Denoising and regularization: rgz and cdf modules (Checked: D)

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Conceptual background of higher-order Fourier analysis

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Denoising and regularization: rgz and cdf modules (Checked: D)

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