Learn how to build machine learning and deep learning models in python and apply the outcomes to data mining analyses.
Python is a general-purpose, high-level programming language. Its design philosophy prioritizes code readability by employing extensive indentation. There is dynamic typing and garbage collection in Python. It's compatible with a number of programming styles, including procedural, object-oriented, and functional. It has a large standard library, so it is often called a "batteries included" language. Python can be used for more than one type of programming. Full support for Object-Oriented and Structured Programming; partial support for Functional and Aspect-Oriented Programming including metaprogramming and metaobjects. Extensions support numerous other paradigms, including design by contract and logic programming. Learn Data Mining and Machine Learning With Python certification is made available by Udemy to candidates who want to master all aspects of data mining and its applications.
Learn Data Mining and Machine Learning With Python online training Include 8.5 hours of video, eleven articles, 32 downloadable resources, and a digital certificate upon course completion.
Learn Data Mining and Machine Learning With Python online classes consists of an introduction to data mining, Installation of anaconda package, supervised learning algorithms, unsupervised, and deep learning
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Udemy
Learn Data Mining and Machine Learning With Python certification course, the applicant will learn everything about data mining and its applications. The applicant will understand machine learning and its connection with data mining, machine learning algorithms, their types, and their usage in business, and how to implement machine learning algorithms in different business scenarios. The aspirant will get to know how to install and use a python programming language to create machine learning algorithms, how to import data sets into python, and make required cleaning before creating the algorithms. The candidate will acquire knowledge on how to interpret the results of each algorithm and compare them with each other to choose the optimum one as well as create graphs in pythons, such as scattered and regression graphs, and use them in their analyses and learn data analysis in Python Spark.
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