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Course Outline

Deep Learning vs. Machine Learning vs. Other Approaches

  • Scenarios where Deep Learning is most effective
  • Limitations of Deep Learning
  • Comparative analysis of accuracy and cost across different methods

Methodological Overview

  • Understanding Nets and Layers
  • Forward and Backward Passes: The core computations in layered compositional models.
  • Loss Functions: Defining the learning objective through loss.
  • Solvers: Coordinating model optimization.
  • Layer Catalogue: Layers serve as the fundamental units of modeling and computation.
  • Convolutional Operations

Algorithms and Architectures

  • Backpropagation and modular model designs
  • Logsum modules
  • RBF Networks
  • MAP/MLE loss criteria
  • Parameter Space Transforms
  • Convolutional Modules
  • Gradient-Based Learning
  • Energy-based Inference
  • Learning Objectives
  • PCA and Negative Log-Likelihood (NLL)
  • Latent Variable Models
  • Probabilistic Latent Variable Models
  • Loss Function Design
  • Object Detection using Fast R-CNN
  • Sequence Modeling with LSTMs and Vision-Language Integration with LRCN
  • Pixel-wise Prediction using Fully Convolutional Networks (FCNs)
  • Framework Architecture and Future Directions

Software Tools

  • Caffe
  • TensorFlow
  • R
  • Matlab
  • Other tools

Requirements

Proficiency in any programming language is required. While prior knowledge of Machine Learning is not mandatory, it is advantageous.

 21 Hours

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