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Data Science Projects with Python

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Barbora stetinova

6:08:34

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  • 01.01-course overview.mp4
    02:53
  • 01.02-installation and setup.mp4
    04:40
  • 01.03-lesson overview.mp4
    02:21
  • 01.04-python and the anaconda package management system.mp4
    11:24
  • 01.05-different types of data science problems.mp4
    03:35
  • 01.06-loading the case study data with jupyter and pandas.mp4
    07:33
  • 01.07-getting familiar with data and performing data cleaning.mp4
    09:57
  • 01.08-boolean masks.mp4
    13:10
  • 01.09-data quality assurance and exploration.mp4
    10:08
  • 01.10-deep dive categorical features.mp4
    08:13
  • 01.11-exploring the financial history features in the dataset.mp4
    07:45
  • 01.12-lesson summary.mp4
    03:45
  • 02.01-lesson overview.mp4
    02:15
  • 02.02-exploring the response variable and concluding the initial exploration.mp4
    03:33
  • 02.03-introduction to scikit-learn.mp4
    10:50
  • 02.04-model performance metrics for binary classification.mp4
    08:06
  • 02.05-true positive rate false positive rate and confusion matrix.mp4
    08:03
  • 02.06-obtaining predicted probabilities from a trained logistic regression model.mp4
    10:28
  • 02.07-lesson summary.mp4
    00:21
  • 03.01-lesson overview.mp4
    01:48
  • 03.02-examining the relationships between features and the response.mp4
    14:42
  • 03.03-finer points of the f-test equivalence to t-test for two classes and cautions.mp4
    10:10
  • 03.04-univariate feature selection what it does and doesnt do.mp4
    14:16
  • 03.05-generalized linear models (glms).mp4
    11:45
  • 03.06-lesson summary.mp4
    00:22
  • 04.01-lesson overview.mp4
    02:12
  • 04.02-estimating the coefficients and intercepts of logistic regression.mp4
    11:44
  • 04.03-assumptions of logistic regression.mp4
    08:01
  • 04.04-how many features should you include.mp4
    12:05
  • 04.05-lasso (l1) and ridge (l2) regularization.mp4
    13:03
  • 04.06-cross validation choosing the regularization parameter and other hyperparameters.mp4
    05:07
  • 04.07-reducing overfitting on the synthetic data classification problem.mp4
    11:56
  • 04.08-options for logistic regression in scikit-learn.mp4
    05:41
  • 04.09-lesson summary.mp4
    00:34
  • 05.01-lesson overview.mp4
    01:47
  • 05.02-decision trees.mp4
    16:05
  • 05.03-training decision trees node impurity.mp4
    10:51
  • 05.04-using decision trees advantages and predicted probabilities.mp4
    11:12
  • 05.05-random forests ensembles of decision trees.mp4
    08:48
  • 05.06-fitting a random forest.mp4
    06:57
  • 05.07-lesson summary.mp4
    00:24
  • 06.01-lesson overview.mp4
    02:20
  • 06.02-review of modeling results.mp4
    02:53
  • 06.03-dealing with missing data imputation strategies.mp4
    05:57
  • 06.04-cleaning the dataset.mp4
    08:02
  • 06.05-mode and random imputation of pay 1.mp4
    08:00
  • 06.06-a predictive model for pay 1.mp4
    06:56
  • 06.07-using the imputation model and comparing it to other methods.mp4
    07:47
  • 06.08-financial analysis.mp4
    12:21
  • 06.09-final thoughts on delivering the predictive model to the client.mp4
    04:58
  • 06.10-lesson summary.mp4
    00:50
  • 9781838986063 Code.zip
  • Description


    Data Science Projects with Python is designed to give you practical guidance on industry-standard data analysis and machine learning tools in Python, with the help of realistic data. The course will help you understand how you can use pandas and Matplotlib to critically examine a dataset with summary statistics and graphs and extract the insights you seek to derive. You will continue to build on your knowledge as you learn how to prepare data and feed it to machine learning algorithms, such as regularized logistic regression and random forest, using the scikit-learn package. You’ll discover how to tune the algorithms to provide the best predictions on new and, unseen data. As you delve into later chapters, you’ll be able to understand the working and output of these algorithms and gain insight into not only the predictive capabilities of the models but also their reasons for making these predictions. The codes for this course can be downloaded from https://github.com/TrainingByPackt/Data-Science-Projects-with-Python-eLearning.

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    Barbora stetinova
    Barbora stetinova
    Instructor's Courses
    Barbora Stetinova works in an Automotive industry earned experience in data science and machine learning, leading small team, leading strategical projects and in controlling topics for 13 years. Since Sept 2018 she is a member of IT department participating on the Data science implementation in an automotive company.
    Packt is a publishing company founded in 2003 headquartered in Birmingham, UK, with offices in Mumbai, India. Packt primarily publishes print and electronic books and videos relating to information technology, including programming, web design, data analysis and hardware.
    • language english
    • Training sessions 51
    • duration 6:08:34
    • Release Date 2024/03/16