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statistical machine learning

Data Analytics

statistical machine learning

Advanced Statistical Learning Techniques

statistical machine learning

Statistical Machine Learning is a subfield of machine learning that combines principles from statistics and computer science to analyze and interpret complex data patterns. It focuses on developing algorithms that can learn from data while providing probabilistic interpretations of the learned models. This approach often involves creating predictive models that quantify uncertainty, enabling robust decision-making in the presence of noise and variability. Statistical Machine Learning techniques include regression analysis, Bayesian methods, support vector machines, and ensemble methods, among others, and are widely used in various applications such as risk assessment, natural language processing, and image recognition. By leveraging statistical theory, these methods ensure that the models are not only effective in making predictions but also grounded in solid inferential frameworks.

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1 - Definition: Statistical Machine Learning is a subfield of artificial intelligence that merges statistics and machine learning techniques to infer patterns from data and make predictions.

2) Foundations in Statistics: The field is grounded in statistical theory, which provides tools for estimating and testing hypotheses within data sets.

3) Types of Learning: It encompasses supervised, unsupervised, and reinforcement learning, allowing learners to understand various approaches to data analysis and model building.

4) Modeling Techniques: Students will learn about different modeling techniques, including linear regression, logistic regression, decision trees, and more complex approaches like support vector machines and neural networks.

5) Data Preparation: The importance of data preprocessing, including cleaning, normalization, and feature selection, will be emphasized to enhance model performance.

6) Evaluation Metrics: Participants will learn how to evaluate models using metrics like accuracy, precision, recall, F1 score, and ROC AUC, enabling them to understand model efficacy.

7) Overfitting vs. Underfitting: The concepts of overfitting and underfitting will be discussed, along with strategies like cross validation and regularization to build robust models.

8) Bayesian Methods: An introduction to Bayesian statistics will provide an understanding of how prior knowledge can be incorporated into machine learning models.

9) Scikit learn Library: Practical sessions will utilize Python's Scikit learn library, allowing students to implement machine learning algorithms easily and efficiently.

10) Application Domains: The course will cover a variety of application domains including finance, healthcare, marketing, and natural language processing to illustrate the versatility of machine learning techniques.

11) Real world Projects: Hands on projects will provide students with the opportunity to apply statistical machine learning to real world datasets, enhancing practical skills.

12) Ethics in AI: Discussion on the ethical implications of machine learning, including bias in algorithms and data privacy, will be included to promote responsible usage.

13) Latest Trends: Keeping up with current trends in statistical machine learning, including deep learning advancements and their statistical foundations, to stay relevant in the field.

14) Collaboration Skills: Emphasis on working in groups on projects, simulating real world data science environments and enhancing teamwork skills.

15) Career Opportunities: The training program will highlight the diverse career paths available in data science and machine learning, such as data analyst, machine learning engineer, and research scientist.

This training program aims to equip students with both theoretical knowledge and practical skills in Statistical Machine Learning, preparing them for successful careers in data driven fields.

 

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