1. [x] Introduction `C` 2. [x] Related work `R` 1. [x] Classical Approaches `C` 2. [x] Deep Learning `R` 3. [x] State of the art `R` 3. [x] Methodology `R` 1. [x] Deep Learning `C` 1. [x] Multilayer Perceptron `R` 2. [x] Activation `R` 3. [x] Optimization `R` 4. [x] Convolutional Neural Networks (CNN) `C` 5. [x] Recurrent Neural Networks (RNN) `R` 6. [x] Autoencoders (AE) `C` 7. [x] Batch Normalization `C` 8. [x] Dropout `C` 2. [x] Data Representation `C` 1. [x] Time Domain Representation `C` 2. [x] Discrete Fourier Transform (DFT) `C` 3. [x] Short-Time Fourier Transform (STFT) `C` 3. [x] Processing `R` 1. [x] Dynamic Range Compression `R` 2. [x] Real/Imaginary `R` 4. [x] Evaluation `C` 1. [x] Signal-to-Noise Ratio (SNR) `C` 2. [x] Source Evaluation `C` 3. [x] STOI `C` 4. [x] PESQ `C` 4. [x] Experimental Setup `R` 1. [x] Dataset `R` 1. [x] Pairs `R` 2. [x] Processing `R` 2. [x] Framework `R` 1. [x] Training `R` 2. [x] Results `R` 3. [x] Denoising `R` 3. [x] Models `R` 1. [x] Convolutional Autoencoder `R` 2. [x] Convolutional-Recurrent Model (+ Baseline) `R` 3. [x] Temporal Convolutional Network `C` 4. [x] Experiments `R` 1. [x] Choosing processing `R` 2. [x] Training models `C` 3. [x] Fine-tuning `R` 5. [x] Experimental results `R` 1. [x] Observations on choice of processing `R` 1. [x] Impact of data processing `R` 2. [x] Impact of loss function window `R` 2. [x] Observations on preliminary training `C` 1. [x] Pink noise vs real-world noise `C` 2. [x] Magnitude vs logarithmic representation `C` 3. [x] Observations on fine-tuning `` 1. [x] Noise stationarity `` 2. [x] Impact of network depth `RC` 6. [x] Conclusions `R` 1. [x] Synthesis `R` 2. [x] Limitations `RC` 3. [x] Outline `RC`
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