Research Topics ML & DL + Bayesian Methods for Machine Training
Research Topics ML & DL + Bayesian Methods for Machine Training
Order this unique E-Learning course Research Topics ML & DL + Bayesian Methods for Machine Learning Training online, 1 year 24/7 access to rich interactive videos and tests.
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Research Topics ML & DL + Bayesian Methods for Machine E-Learning
Order this unique E-Learning course Research Topics in ML & DL + Bayesian Methods for Machine Learning online!
✔️ 1 year 24/7 access to rich interactive videos, voice support, progress monitoring through reports and tests per chapter to immediately test your knowledge.
✔️ After the course you will receive a certificate of participation.
Why choose this course?
In this advanced course, we dive deep into the recent research areas within Machine Learning (ML) and Deep Learning (DL), as well as the fundamental concepts of Bayesian methods in machine learning. These topics are essential for professionals who want to go beyond the basics of ML and DL and specialize in the latest techniques and applications.
What you will learn:
- Advanced machine learning and deep learning: Explore the latest developments in ML and DL, including techniques such as convolutional networks (CNNs), recurrent networks (RNNs), and generative adversarial networks (GANs).
- Bayesian methods in machine learning: Understand how to use Bayesian statistics to manage uncertainty in ML models and how these techniques can aid in model validation and predictions.
- Recent research and innovations: Learn about the latest trends and applications in machine learning and deep learning, including research into reinforcement learning, transfer learning and semi-supervised learning.
- Application of Bayesian inference: Discover how Bayesian approaches can be applied to large data sets, and learn about probabilistic graphical models, variational inference, and Markov Chain Monte Carlo (MCMC).
- Model improvement and optimization: Learn how to improve advanced ML and DL models using advanced optimization techniques and techniques such as hyperparameter tuning.
- Practical case studies and research: Explore practical applications and case studies where these advanced methods have been successfully applied in industry.
This course provides an in-depth knowledge base that enables you to develop and understand advanced models essential for cutting-edge applications of machine learning and deep learning in the real world.
Who should participate?
This course is suitable for:
- Advanced data scientists who want to expand their knowledge of machine learning and deep learning with the latest research areas and methods.
- AI engineers who want to improve their skills in advanced modeling, with an emphasis on Bayesian techniques and new developments in ML/DL.
- Researchers and academics interested in exploring the latest trends in machine learning and deep learning, and wanting to understand the theory behind Bayesian methods.
- Software developers who work with AI applications and want to delve into advanced techniques for model development and optimization.
- Studying data scientists who are looking for in-depth knowledge and research methods that can help them in their academic or professional career.
- AI and ML enthusiasts who want to focus on the latest technologies and theories in machine learning and deep learning.
If you have a solid foundation in machine learning and deep learning and want to move on to advanced topics and research techniques, this course is perfect for you!
Course content
Research Topics in ML and DL
Research Topics in Machine Learning and Deep Learning
Course: 42 Minutes
- Course Overview
- Prevent Neural Networks from Overfitting
- Multi-Label Learning Algorithms
- Deep Residual Learning for Image Recognition
- Transferable Features in Deep Neural Networks
- Large-Scale Video Classification
- Common Objects in Context
- Generative Adversarial Nets
- Scalable Nearest Neighbor Algorithms
- Face Alignment with Ensemble of Regression Trees
- Learning Deep Features for Scene Recognition
- Extreme Learning Machine (ELM)
- Exercise: Recognize Research Topics in ML and DL
Bayesian Methods for Machine
Bayesian Methods: Bayesian Concepts & Core Components
Course: 1 Hour, 1 Minute
- Course Overview
- Bayesian Probability and Statistical Inference
- Bayes' Theorem in Machine Learning
- Frequentist and Subjective Probability
- Probability Distribution
- Ingredients of Bayesian Statistics
- Bayesian Methods
- Bayesian Concepts in ML Modeling
- Prior Knowledge Distribution
- Bayesian Analysis Approach
- Exercise: Bayesian Statistics and Analysis
Bayesian Methods: Implementing Bayesian Model and Computation with PyMC
Course: 48 Minutes
- Course Overview
- Bayesian Learning
- Bayesian Model Types
- Probabilistic Programming
- Modeling with PyMC
- Bayesian Data Analysis Process
- Bayesian Data Analysis with PyMC
- Bayesian Computation Methods
- Markov Chain Simulation
- Implementing Markov Chain Simulation
- Finding Posterior Modes
- Exercise: Bayesian Modeling with PyMC
Bayesian Methods: Advanced Bayesian Computation Model
Course: 52 Minutes
- Course Overview
- Bayesian Model and Linear Regression
- Hierarchical Linear Model
- Probability Model
- Building Probability Models
- Non-Linear Model
- Gaussian Process
- Mixture Model
- Dirichlet Process Model
- Bayesian Modeling with PyMC
- Exercise: Implement Bayesian models
Boost your career with advanced machine learning skills!
✔️ Flexible learning: Study the course at your own pace with rich interactive videos and voice support.
✔️ In-depth theory and practice: Explore recent research areas in ML, DL and Bayesian methods, with immediate applications.
✔️ Certificate of Participation: Receive a certificate upon successful completion of the course.
✔️ Practical applications: Apply advanced techniques to real data sets and develop powerful models.
Order your course now and increase your knowledge of advanced machine learning and deep learning techniques with Bayesian methods!
Language | English |
---|---|
Qualifications of the Instructor | Certified |
Course Format and Length | Teaching videos with subtitles, interactive elements and assignments and tests |
Lesson duration | 3:23 Hours |
Progress monitoring | Yes |
Access to Material | 365 days |
Technical Requirements | Computer or mobile device, Stable internet connections Web browsersuch as Chrome, Firefox, Safari or Edge. |
Support or Assistance | Helpdesk and online knowledge base 24/7 |
Certification | Certificate of participation in PDF format |
Price and costs | Course price at no extra cost |
Cancellation policy and money-back guarantee | We assess this on a case-by-case basis |
Award Winning E-learning | Yes |
Tip! | Provide a quiet learning environment, time and motivation, audio equipment such as headphones or speakers for audio, account information such as login details to access the e-learning platform. |
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