
This video provides an overview of the course contents, a presentation of the instructor, background information about the course, and the course curriculum
This video describes the setup procedures for using the Anaconda Cloud Notebook
Using Anaconda Cloud Notebook requires internet access and an email address
Note: Anaconda often updates its resources and user interface plus utilizes anti-drone technology. This may cause minor deviations from graphics and procedures in the video
This video describes the procedures to download and install the Anaconda Distribution for use with this course
Download requires internet access
Video is optional
Note: Anaconda often updates its resources and this may cause minor differences in graphics and procedures
This video describes the Conda Package Management System
Conda requires internet access
Video is optional
Note: Conda is a speedily developing environment and this may cause minor differences in graphics and procedures
This video provides an overview of "Python for data handling", teaches you some Python and Data Handling theory, and presents a table of contents for Python for Data Handling as well as some basic information about the Jupyter IDE with dynamic typing, Python programs organization, and some fundamental Python language syntax
Learn to use Python Integers
Learn to use Python Floats
Learn to use Python Strings
Learn to use some Python string methods to test, search, transform, change, and manipulate string data
Learn to use date and time data with Python's Datetime module. Learn to calculate time durations and time event data. Learn advanced knowledge about date and time data plus how computers and Python handle datetime data
This video provides an overview of the part of this section about Python's data storage abstractions, the set, tuple, dictionary, and the list
Learn to use Python's Set
Learn to use Python's Tuple and how to unpack Python Tuples
Learn to use Python's Dictionary
Learn to use Python's List
This video provides an overview of the part of this section about Python's data data transformers and functions
Learn to use Python's While-loop with some practical examples
Learn to use Python's for-loops with some practical examples and advanced theory
Learn to use Python's Conditional Code Branching and Logic Operators. Learn about if statements, if-elif-else statements, match-case patterns, and Logic Operators including some Boolean logic and Python logic statements. Use your learned knowledge to edit and tailor basic descriptive statistics at a detailed level
Learn the necessary Python Function Theory to create your own custom Python Functions! Learn some about Python's Lambda Functions and some advanced Python Function Theory
Learn practical coding with Python's functions. You are introduced to functions and basic protections for functions. You will learn how to create functions from code-examples from earlier video lectures, and you will learn how to generalize functions up to advanced uneven-multitype-object 2-dimensional list of lists. You will learn about Lambda functions, advanced function arguments, and multiple function returns.
Learn to create your own functions!
Learn some File Path theory and how Python handles File Paths
Learn Python OOP theory relevant for data handling tasks and how object-oriented data structures may affect data handling. Includes an overview of the OOP part of this section
Learn to code object-oriented programming with Python, and to handle Python object-oriented code and custom objects within the ambit of data handling
Learn to save files in Python and the practical process of converting custom Python objects to tabular form and saving these into .csv, and Excel files and to load files to Pandas Data Frames
This video lecture is a recap and extension of earlier video lectures. You will assemble knowledge from earlier lectures into more powerful knowledge. You will learn to construct a tabular data form with additional calculated variables and how to use the tabular data form for plotting, etc. You will learn how Data Handling fits with advanced object-oriented program structures.
This video provides and introduction and overview of this section of the video course. "Master Pandas for Data Handling" is updated to current Pandas 2.2 and all known new changes in the future Pandas 3 version.
Learn the concepts and language of the Pandas DataFrame, the Pandas Series, and the data or object content of a DataFrame/Series object
Learn to create Pandas DataFrame from scratch using Python and Pandas. You will learn how to create Pandas DataFrames using Python Dictionaries, Lists, and lots more.
This video contains an overview of the Pandas File Handing part of this section.
Learn to load and save files from/to Pandas DataFrames from .csv files.
Learn to combine .csv files with Pandas and to handle and combine various common, uneven and non-uniform data structures into useful Pandas DataFrames
Learn to load and save files from/to Pandas DataFrames from .xlsx files and hierarchical .xlsx files.
Learn to load and save files from/to Pandas Dataframes from a SQL-database file.
This video contains an overview of the Pandas Operations and Techniques part of this section.
Learn to inspect Pandas Dataframes and Dataframe content with Pandas .info() method, Python's .type() method, and more.
Learn to inspect the contents of large-sized Pandas DataFrames. Learn to use the .head, .tail, and other general methods to inspect the contents of a DataFrame.
Learn to select subsets of Columns from a Pandas DataFrame. Learn to use the .loc and .iloc functions to select subsets from a Pandas DataFrame.
Learn to select subsets of Rows from a Pandas DataFrame. Learn to use the .loc and .iloc functions to select subsets from a Pandas DataFrame.
Learn to make conditional selections of subsets from a Pandas DataFrame. Learn to use the .loc and .iloc functions to select subsets from a Pandas DataFrame.
Learn about Scalers, Normalization, and Standardization. Learn to use mean-correction, normalization, and zero-one unity-based normalization.
Learn to Concatenate Pandas DataFrames. Learn to use Pandas .concat() function to add DataFrames together horizontally and vertically. Learn to use the .concat() function with Inner and Outer joins.
Learn to join Pandas DataFrames. Learn to use Pandas DataFrames .join() method. Learn to use "left joins", "right joins", "inner joins", "outer joins", and "cross joins".
Learn to merge Pandas DataFrames. Learn to use Pandas DataFrames .merge() method. Learn to use "left joins", "right joins", "inner joins", and "outer joins" to merge different DataFrames on column variables.
Learn to Transpose and Pivot Pandas DataFrames. Learn to use the transpose, pivot, pivot_table, and melt functions.
This video has an overview of the Data Preparation part of the course and includes a workflow for Data preparation or so-called data cleaning.
Learn to edit Pandas DataFrame column names, index, and index labels.
Learn about Duplicates. Duplicate rows or observations may impact the quality of data products. Learn how to properly handle Duplicates with Pandas functionality.
Learn to handle Missing data and Missing values with Pandas functionality. Learn Imputation and to augment Pandas with scikit-learn to use advanced model-based imputation of missing data.
Learn Data Binning with Pandas. Learn to use Administrative Data Binning, Algorithmic Data Binning, and subjective Data Binning. Learn to use Pandas .qcut() and .cut() functions.
Learn to create Indicator Features or Dummy Features with Pandas
This video provides an overview of the part of this section about Pandas Data Description
Learn to use Pandas functions for Sorting and Ranking data.
Learn to create useful descriptive statistics with Pandas .agg() and .describe() functions. Learn to augment Pandas functions with the powerful .apply() and .value_counts() functions.
Learn to create crosstabulations with Pandas .crosstab() function and to use the powerful Pandas .groupby() operation. Learn to augment these functions with a selection of Pandas functionality.
This video provides an overview of the part of this section about Pandas Data Visualization
Learn to make Histograms with Pandas, Matplotlib, and Seaborn. You will learn to make simple Histograms, advanced Histograms, multi-dimensional Histograms, and advanced Jointgrid Histograms.
Learn to make traditional and modern Boxplots with Pandas, Matplotlib, and Seaborn. You will learn to make Boxplots, Boxenplots, Violinplots, Swarmplots and to create graphs consisting of many types of boxplots.
Learn to make scatterplots with Pandas, Matplotlib, and Seaborn. You will learn to make simple scatterplots, advanced scatterplots, advanced multi-scatterplots, and advanced pairplots of scatterplots.
Learn to make Pie Charts with Pandas, Matplotlib, and support from Seaborn. You will learn to make Pie Charts, detailed Pie Charts, multiple Pie Charts, and how to properly use Pie Charts for effect.
Learn to make Lineplots with Pandas, Matplotlib, and Seaborn. You will learn to make simple Lineplots, advanced Lineplots, advanced Line-area plots, and advanced multidimensional Line-area plots.
This video provides an overview of this section with a table of contents. The concepts of Regression, Prediction, and Supervised Learning are described.
Learn to use the traditional simple regression model, some fundamental theory and to create a regression model in a theoretically correct environment with the Scikit-learn and Statsmodels libraries
Learn to use the traditional simple regression model, more fundamental theory, and tools to check and inspect model-fit-to-data, and model assumptions. Learn to create powerful residual plots with Pandas and Matplotlib, and learn to use the R-squared and Durbin-Watson statistics from the Statsmodels summary output.
Learn some practical and useful modeling concepts. Learn about Overfitting, Underfitting, and the Bias-Variance tradeoff.
Learn some practical and useful modeling concepts. Learn to use Generalizations with Interpolation and extrapolation. Learn about model interpretation and learn about the fake sample or non-causality concept and about simple or advanced models.
Create a Linear Multiple Regression Model using correlation matrixes and heatmaps. Learn model Diagnostics and Residual Analysis using both standard package Residual plots and more advanced designed Residual plots.
Deepen your knowledge about Linear Multiple Regression Models. Introduction to Machine Learning Automatic Model Creation with Forward Selection and Probability-Values.
Learn theory about Multivariate Polynomial Regression Models and Regression terminology. Learn some theory about Automatic model creation (AI) using Machine Learning backward elimination and Regression Models
Learn to code Multivariate Polynomial Multiple Regression Models combined with the Backward Elimination Feature Selection Algorithm for Machine Learning Automatic Model Creation. Learn to make Feature transformations, Residual Analysis, and some about how to plot advanced high-dimensional model predictions in low dimensional spaces, in a simplified fashion.
Learn about Regularization and to Regularize regression models using Lasso and Ridge Regression. Example regularizing an overfit Polynomial Multiple Regression Model.
Learn Decision Tree Regression theory and to implement and regularize Decision Tree Regression models with Scikit-learn. Learn to prepare a dataset for use with Decision Tree Regression models and how to plot Decision Tree graphs and the output of Decision Tree Regression models.
Learn to use Random Forest Regression / Ensembles for Prediction and Regularization. Learn to use importances for model creation and feature selection. Learn how importances change over different subsets of a dataset
Learn to use the Voting Ensemble Regression model for prediction. Learn to use Voting Regression to augment and modify standard Regression models for extended functionality and advanced prediction
An overview of the Classification section of the video course. A description of the Classification theory and process
Learn to use the Logistic Regression Classifier with a practical example, learn to create advanced decision surface plots, use exploratory seaborn pair plots, and learn to create useful classification reports and much more…
Learn to use the Naive Bayes Classifier. Learn some about Bayes theorem, conditional probability, model extrapolations, data quality effect on accuracy, practical modeling theory and more…
Learn to use K-Nearest Neighbor Classifier (KNN). Learn to use heuristics and graphs to determine a useful number of neighbors and learn practical hands-on classification skills for datasets with complex data structures
Learn to use the Decision Tree Classifier. Learn to Visualize Decision trees and to create corresponding Decision Surfaces.
Learn some tricks to enhance Decision Tree Classifiers performance and more...
Learn to use the Random Forest Classifier. Learn some theory about Random Forest Classifiers and importances. Learn to extract Decision Trees from a Random Forest and learn to graph importances and decision surfaces
Learn to use Linear Discriminant Analysis (LDA). Learn to use permutation importances for feature selection to overcome the complexity of environments with many features.
Learn to use ROC-curves, DET-curves, Precision-Recall graphs, and more…
Learn to use the Voting Classifier Ensemble. Learn to use the Voting Classifier as a tool to create almost arbitrary decision surfaces, Classification models, and more...
This video provides an overview of the Master Cluster Analysis and Unsupervised Learning section, and some theory on Cluster Analysis and Unsupervised Learning
Learn to use K-Means Cluster Analysis in a deep, practical and hands-on fashion. Learn to use practical and useful knee/elbow inertia plots and silhouette score plots. Use visualization tools to compare K-Means Cluster Analysis with subject matter expert classifications on a dataset
Extend your knowledge about K-means Cluster Analysis to Auto-updated / prototyped simulations. Learn some about the most important and defining tasks within machine learning and data science. Gain understanding about concepts such as truth, predicted truth, and model-based conditional truth.
Learn about data quality, model quality, practical data analysis, simulations and some new ways to study and graph Cluster Analysis models.
Density-Based Spatial Clustering of Applications with Noise (DBSCAN). An exploratory analysis searching for data structures in the sized California Housing Dataset
Hierarchical Cluster Models. The Ward, Single, Average, and Complete linkage models. Dendrogram graphs for small-sized datasets. Exploratory analysis searching for structures in the California Housing Dataset
Learn to use Principal Component Analysis in a practical and hands-on fashion with some theory. Learn to use Principal Components as a technique for data transformations and dimensionality reduction
Learn to make Scree plots, heatmaps, and Indices plots plus learn to use these plots for component selections and dimensionality reduction. Learn to create uncorrelated Principal Component Loading to augment supervised learning models
This video provides an overview of the Advanced Machine Learning Models and Tasks section
This video provides concepts and definitions for Artificial Neural Networks (ANN), Feedforward Networks, and Multi-Layer Perceptrons
Learn to use Feedforward Multi-Layer Perceptrons for classification tasks. Some discussions about theory and practical applications
In this video, non-linear Feedforward Multi-Layer Perceptrons are used on the Medical Costs dataset to predict values with some practical adjustments for enhanced extraordinary Prediction performance.
Introduction to Text Mining and an overview of the section
This video lecture shows instructions for creating necessary Conda Text Mining environments in Anaconda Cloud with Anaconda Cloud Notebook, and instructions for creating a similar environment using Anaconda Distribution.
This video lecture describes Text Mining Tasks.
This video describes the Text Mining Process.
In this video lecture, you will learn about the Text Indexing Process.
Tokenization is the process of transforming text data into a list of text tokens. This video lecture includes text cleaning with powerful Pandas functions, word cloud graphs, and how to create a list of tokens with the Scikit-Learns Countvectorizer object.
Experience with the 20newsgroups dataset, which is a large-sized real-world text dataset.
In this video lecture, you will learn how to remove common stop words from text data some fundamental theories about spelling correction, and how to execute spelling corrections on text data.
This video lecture teaches you practical hands-on knowledge on how to execute Lemmatization and Stemming on text datasets.
The Bag-of-Words Data Structure, Pipelining with Scikit-Learn, modeling of the large, real-world 20Newsgroups dataset with Multinomial Bayes, Random Forest Ensemble, and Support Vector Machines.
The TF-IDF Data Structure, Pipelining with Scikit-Learn, modeling of the large, real-world 20Newsgroups dataset with Multinomial Bayes, Random Forest Ensemble, and Support Vector Machines.
N-grams theory, The N-grams Data Structure, Pipelining with Scikit-Learn, modeling of the large, real-world 20Newsgroups dataset with Multinomial Bayes, the SelectKBest feature selector, and the Chi2 feature selector.
Theory about AI, Attention-based models and data structures, Generative Pre-trained Transformer models, and other AI and systems concepts. Learn the theory to construct your own attention-based models and GPT models!
Fundamental Emotion Mining and Sentiment Analysis Theory. Learn to prepare and execute Emotion Mining and Sentiment Analysis on large-sized datasets with millions of Tweets/Xs.
This course is an exciting hands-on view of the fundamentals of Data Science and Machine Learning
Data Science and Machine Learning are developing on a massive scale. Everywhere you look in society, the world wide web, or in technology, you will find Data Science and Machine Learning algorithms working behind the scenes to analyze and optimize all aspects of our lives, businesses, and our society. Data Science and Machine Learning with Artificial Intelligence are some of the hottest and fastest-developing areas right now.
This course will teach you the fundamentals of Data Science and Machine Learning. This course has exclusive content that will teach you many new things regardless of if you are a beginner or an experienced Data Scientist, and aspires to be one of the best Udemy courses in terms of education and value.
You will learn about
Regression and Prediction with Machine Learning models using supervised learning. This course has the most complete and fundamental master-level regression analysis content packages on Udemy, with hands-on, useful practical theory, and automatic Machine Learning algorithms for model building, feature selection, and artificial intelligence. You will learn about models ranging from linear regression models to advanced multivariate polynomial regression models.
Classification with Machine Learning models using supervised learning. You will learn about the classification process, classification theory, and visualizations as well as some useful classifier models, including the very powerful Random Forest Classifier Ensembles and Voting Classifier Ensembles.
Cluster Analysis with Machine Learning models using unsupervised learning. In this part of the course, you will learn about unsupervised learning, cluster theory, artificial intelligence, explorative data analysis, and seven useful Machine Learning clustering algorithms ranging from hierarchical cluster models to density-based cluster models.
The fundamentals of Data Science and Machine Learning. This course gives a very solid foundation and knowledge base for Data Science and Machine Learning jobs or studies.
Advanced A.I. prediction models and automatic model creation. This video course includes videos where the use of very powerful algorithms for automatic model creation is taught.
Advanced Text Mining and Automation. You will learn to mine text data and the fundamentals of Text and Emotion Mining such as Tokenization, text data preparation, spell checking, lemmatization, stemming, and classification of text data.
Mastering Python for data handling.
Mastering Pandas for data handling.
This course includes
a comprehensive and easy-to-follow teaching package for Mastering Python and Pandas for data handling, which makes anyone able to learn the course contents regardless of beforehand knowledge of programming, tabulation software, Python, Pandas, Data Science, or Machine Learning.
Learn to use Cloud computing: Use the Anaconda Cloud Notebook (Cloud-based Jupyter Notebook). Learn to use Cloud computing resources
an optional easy-to-follow guide for downloading, installing, and setting up the Anaconda Distribution, which makes anyone able create a local installation of a Python Data Science and Machine Learning environment.
content that will teach you many new things, regardless of if you are a beginner or an experienced Data Scientist.
a large collection of unique content, and will teach you many new things that only can be learned from this course on Udemy.
A complete masterclass package for Data Science and Machine Learning.
A course structure built on a proven and professional framework for learning.
A compact course structure and no killing time.
Is this course for you?
This course is for you, regardless if you are a beginner or an experienced Data Scientist.
This course is for you, regardless if you have no education or are experienced with a Ph.D.
Course requirements
The four ways of counting (+-*/)
Basic everyday experience with either Windows, Linux, Mac OS, or similar operating systems
After completing this course, you will have
Knowledge about Data Science and Machine Learning theory, algorithms, methods, best practices, and tasks.
Deep hands-on knowledge of Data Science and Machine Learning, and know how to do common Data Science and Machine Learning tasks.
The ability to handle common Data Science and Machine Learning tasks with confidence.
Knowledge to Master Python for Data Handling.
Knowledge to Master Pandas for Data Handling.
Knowledge and practical hands-on knowledge of Scikit-learn, Stats models, Matplotlib, Seaborn, and many other Python libraries.
Detailed and deep Master knowledge of Regression Prediction, Classification, and Cluster Analysis.
Advanced knowledge of A.I. prediction models and automatic model creation.
Advanced Knowledge of Text Mining, Text Mining Tasks, and Emotion Mining.