Advanced Deep Learning Techniques

Course code: ADLTML

The course is intended for people who are looking for a deeper understanding of artificial neural networks, especially so called deep learning. We will build on the basic knowledge of machine learning principles on the level of our course Introduction to machine learning. We will pay special attention to the topic of machine learning model interpretability and explainability.

194 EUR

235 EUR including VAT

The earliest date from 06.10.2022

Selection of dates
daniel
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+420 731 175 867 edu@edutrainings.cz

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Course dates

Starting date: 06.10.2022

Place : Praha

Type: In-person

Course duration: 1 day

Language: cz

Price without VAT: 194 EUR

Register

Starting date: Individual

Type: Virtual

Course duration: 1 day

Language: en

Price without VAT: 194 EUR

Register

Starting
date
Place
Type Course
duration
Language Price without VAT
06.10.2022 Praha In-person 1 day cz 194 EUR Register
Individual Virtual 1 day en 194 EUR Register
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Course structure

  • Neural network architectures (feed-forward, recurrent, convolutional, generative, autoencoders, Unet, GAN, attention layer)
  • Optimizers and their evolution (Steepest Gradient Descent, Stochastic Gradient Descent, Mini-Batch Gradient Descent, Nesterov Accelerated Gradient, Adagrad, AdaDelta, Adam, Learning rate tuning)
  • Loss functions and their properties (Mean squared error, Mean absolute error, Negative, Log Likelihood – cross entropy)
  • Regularization in Neural Networks (Dropout, Early stopping, Data augmentation, Batch and layer normalization)
  • Initialization (Gradient vanishing problem, Zero initialization, He initialization, Xavier initialization)
  • Semi-supervised learning (Pseudo Labeling, Mean-Teacher, PI-Model)
  • Practical examples of semi-supervised techniques applications
  • Confidence estimation (Logit analysis, Confidence networks)
  • Practical examples of confidence estimation
  • AutoML approaches (Hyper-parameter optimization, grid search, Bayesian optimization, Meta-Learning, Neural network search)
  • Practical examples with the AutoKeras
  • ML Explainability (Interpretable models, Partial Dependence Plot, Permutation feature importance, Surrogate models, Activation Maximization, Grad CAM)

Prerequisites

  • Basic knowledge of programing in Python
  • High school level of mathematics
  • Basics of machine learning on the level of our course Introduction to machine Learning

Do you need advice or a tailor-made course?

daniel

Daniel Šťastný

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