Udemy

Machine Supervised Learning: Regression in Python 3 and Math

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  • 3,076 名學生
  • 更新於 2/2020
4.3
(25 個評分)
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課程資料

報名日期
全年招生
課程級別
學習模式
修業期
4 小時 56 分鐘
教學語言
英語
授課導師
Ahmed Attia
評分
4.3
(25 個評分)
1次瀏覽

課程簡介

Machine Supervised Learning: Regression in Python 3 and Math

Master Regression Algorithm as it provides a base for you to build on and learn other ML algorithms.

Artificial Intelligence has become prevalent recently. People across different disciplines are trying to apply AI to make their tasks a lot easier. For example, economists are using AI to predict future market prices to make a profit, doctors use AI to classify whether a tumor is malignant or benign, meteorologists use AI to predict the weather, HR recruiters use AI to check the resume of applicants to verify if the applicant meets the minimum criteria for the job, etcetera. The impetus behind such ubiquitous use of AI is machine learning algorithms. For anyone who wants to learn ML algorithms but hasn’t gotten their feet wet yet, you are at the right place. The rudimental algorithm that every Machine Learning enthusiast starts with is a linear regression algorithm. Therefore, we shall do the same as it provides a base for us to build on and learn other ML algorithms.

Before knowing what is linear regression, let us get ourselves accustomed to regression. Regression is a method of modeling a target value based on independent predictors. This method is mostly used for forecasting and finding out the cause and effect relationship between variables. Regression techniques mostly differ based on the number of independent variables and the type of relationship between the independent and dependent variables.

Want to learn more about regression? Don't hesitate and join us to begin the journey of learning!

課程章節

  • 5 個章節
  • 33 堂課
  • 第 1 章 Simple Linear Regression
  • 第 2 章 Multiple Linear Regression
  • 第 3 章 Ridge & Lasso Regression
  • 第 4 章 Polynomial Regression
  • 第 5 章 Decision Trees & Random Forests Regression

課程內容

  • Understand when to use simple, multiple, and hierarchical regression.
  • Effectively utilize regression models in your own work and be able to critically evaluate the work of others.
  • Make business decisions about the best models to maximize profits while minimizing risk.
  • Learn how to conduct correlation and regression.
  • Understand predicted values and their role in the overall quality of a regression model.


評價

  • J
    Jugkapong Chaiwongsa
    4.0

    Good course, Thank you.

  • H
    Hiyal Emanuel
    5.0

    Thanks for this =course, waiting for the next one.

  • J
    Jawarey
    5.0

    This is a good start to machine learning, thanks Ahmed for this great course.

  • U
    Umer Sajid
    5.0

    Excellent Method of Teaching

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