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Course Outline

Introduction to Neural Networks

  1. Understanding what neural networks are
  2. The current landscape of neural network applications
  3. Comparing neural networks with regression models
  4. Supervised versus unsupervised learning

Overview of Available Packages

  1. Introduction to packages such as nnet, neuralnet, and others
  2. Differentiating between packages and their respective limitations
  3. Techniques for visualizing neural networks

Applying Neural Networks

  • The fundamental concepts of neurons and neural networks
  • A simplified model of the human brain
  • The role and function of neurons
  • The XOR problem and the nature of value distribution
  • The polymorphic characteristics of sigmoidal functions
  • Other activation functions
  • Constructing neural networks
  • The concept of neuron connectivity
  • Neural networks represented as nodes
  • Building a network architecture
  • Understanding neurons
  • The structure of layers
  • Scaling techniques
  • Handling input and output data
  • Working with values in the 0 to 1 range
  • Data normalization
  • Training neural networks
  • Backpropagation
  • Propagation steps
  • Network training algorithms
  • Practical ranges of application
  • Estimation methods
  • Challenges related to approximation capabilities
  • Examples
  • OCR and image pattern recognition
  • Additional applications
  • Implementing a neural network model to predict the stock prices of listed companies

Requirements

Proficiency in programming in any language is recommended.

 14 Hours

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