Table of Contents
Description
Hyperparameter Optimization for Machine Learning is a hyperparameter optimization training course for machine learning published by Udemy Academy. This course covers a number of topics, the most important of which are network search, random search, Bayesian optimization, multi-fidelity models, Optuna framework, Hyperopt library, and Scikit-Optimize. And…
pointed out. In this training course, you will be introduced to various techniques for selecting the best and most optimal meta-parameter, and you will be able to improve the performance of machine learning models as much as possible. There are several approaches to optimizing meta-parameters, and in this course, you will learn about the advantages and disadvantages, as well as the functional considerations of each.
What you will learn in the Hyperparameter Optimization for Machine Learning course:
- Adjust and optimize the meta parameter and understand its importance and why
- Cross-validation method
- Adjustment and optimization of meta-parameters with the methods of network search method and the random and random search
- Bayesian optimization
- Tree-Structured Parzen Estimators Optimization Approach
- Population-Based Training
- Hyperopt, Optuna , Scikit-optimize, and Keras Turner libraries and frameworks
Course specifications
Publisher: Udemy
Instructor:Â Soledad Galli
Language: English
Education Level: Average
Number of Courses: 94
Training Duration: 9 hours and 26 minutes
See Also:
Udemy – SQL & PostgreSQL for Beginners: Become an SQL Expert 2020
Udemy – GraphQL by Example 2021
Udemy – Complete 2022 Data Science & Machine Learning Bootcamp 2020
Udemy – LS DYNA – A Simulation Training with Practical Applications 2020
Udemy – Windows Server 2019 Administration 2021
Course topics on 2022/3
Prerequisites for Hyperparameter Optimization for Machine Learning
Python programming, including knowledge of NumPy, Pandas, and Scikit-learn
Familiarity with basic machine learning algorithms, ie, regression, support vector machines, and nearest neighbors
Familiarity with decision tree algorithms and Random Forests
Familiarity with gradient boosting machines, ie, xgboost, lightGBMs
Understanding of machine learning model evaluation metrics
Familiarity with Neuronal Networks
Course pictures
Installation guide
After Extract, watch with your favorite Player.
English subtitle
Quality: 720p
download link
Download Part 1 – 1 GB
Download Part 2 – 1 GB
Download Section 3 – 1 GB
Download Section 4 – 291 MB
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