Practical Machine Learning Using Python

Big Data

Practical Machine Learning Using Python

מספר הקורס 3585

חשכ"ל

40 סה"כ שעות אקדמאיות

5 מפגשים

* מספר המפגשים והשעות למפגש עשויים להשתנות בין קורס לקורס

מעניין אותי לשמוע עוד

הקורס נפתח גם במתכונת Live class – למידה און ליין בכיתות אינטראקטיביות עם מיטב המרצים והתכנים של ג'ון ברייס /המי"ל.ניתן לפתוח קורס בהתאמה אישית לארגונים במועד שיתואם עימנו

03/07/2024

קורס ערב

סניף

תל אביב

דברו איתי

01/09/2024

קורס בוקר

סניף

תל אביב

דברו איתי

Machine learning is the science of getting computers to act without being explicitly programmed. Autonomic cars, face recognition, effective web search, and analyzing human genome are all examples of Machine Learning Solutions.

In this course, you will learn about the most effective machine learning techniques, and gain practice implementing them and getting them to work for yourself.

Python is one of the most popular programming languages for data analysis and Machine Learning. Using Python, you'll learn about not only the theoretical underpinnings of learning, but also gain the practical know-how needed to quickly and powerfully apply these techniques to new problems.

full syllabus

Python Refresher/Crash Course
- Introduction
- IDEs and Tools for data analysis
- Data types and strings
- Control structures
- Functions and functional programming
- Collections
- Object Oriented
- Modules and Packages

Introduction to Data Analysis
- Data Science
- Machine Learning Overview
- Data Analysis and ML Packages overview
- Demo – Complete Machine Learning task

Machine Learning Basic Concepts
- Overview
- Why Learn
- Applications
- Machine Learning Process
- Learning Types:
  - Supervised Learning
  - Unsupervised Learning
  - Semi-Supervised Learning
  - Active Learning
  - Reinforcement learning
- Batch vs Online Learning
- Instance-based vs model-based learning
- CRISP – DM Methodology

Business and Data Understanding
- ML tasks
- Algorithms
- Variables and Features
- Training, Validating and Testing Data
- Exploratory Analysis
- Types of data/features
- Pandas package (python)
  - Series and Dataframes
  - Selecting data
  - Grouping and aggregation
- Data visualization
- Matplotlib and Seaborn packages (python)
  - Line and bar graphs
  - Scatter graphs
  - Histograms and distributions
  - Bar plots and Box-plot
  - Heat map and correlation
  - Other useful graphs for statistics
  - Animations and events

Data Preparation
- Data preparation and cleaning
- Dealing with Missing values
- Central tendency
- Mean/median/mode
- Bias
- Variance and standard deviation
- Standard scores
- Feature scaling – standardization and normalization
- Numpy package (python)
  - Vectors and matrixes
  - Multi-dimensional arrays
  - Functions
  - Slicing and fancy indexing
  - Linear algebra
- Feature Engineering
- Feature selections
- Dummy variables
- Converting continuous variable to discrete

Supervised Learning
- Overview
- Regressions
- Classification
- Linear Regression
  - Least Squares using numpy
  - Using scikit-learn package
  - Gradient descent using TensorFlow package
- Non-Linear Regression
- SciPy package (python)
  - Interpolation
  - Curve fit
  - Optimization
  - Statistics
  - Image processing
  - Integration and more
- Logistic Regression
- Model evaluation using metrics
- SVM
- Tuning hyper parameters
- Cross validation and grid search
- Decision trees and random forests
- Naïve Bayes
- KNN
- Classification
  - Multi class
  - Multi label
  - One vs All
  - All vs All
  - Error correcting codes

Unsupervised Learning
- Overview
- Clustering
- K-Means
- Recommender systems

Deep Learning and Neural Networks
- Deep Learning
- Neural networks overview
- The perceptron
- Network structure and hidden layers
- Activation functions
- Training the network
- Optimization
- Forward and back propagation
- Gradient decent
- Convergence
- Learning rate
- Overfitting and underfitting
- Adding bias
- Boltzmann Machines
- Convolutional Neural Networks
- Recurrent Neural Networks
- SOM
- Auto Encoders

Advanced topics
- NLP
- Anomaly detection
- Handling imbalanced data
- Ensemble methods

Prerequisites

Basic understanding of Programming concepts

Big Data

Practical Machine Learning Using Python

המועדים הקרובים

Overview

מטרות הקורס

Who Should Attend

תכנית הלימודים

Data Analysis with Python

Deep Learning with Python

יש לך שאלות? רוצה עוד מידע?

JOHN BRYCE

ללמוד בג'ון ברייס

פתרונות למידה והדרכה

ג'ון ברייס השמה

ג'ון ברייס מגזין

אודות ג'ון ברייס

להשארת
פרטים

Big Data

Practical Machine Learning Using Python

המועדים הקרובים

Overview

מטרות הקורס

Who Should Attend

תכנית הלימודים

יכול לעניין אותך גם...

Data Analysis with Python

Deep Learning with Python

יש לך שאלות? רוצה עוד מידע?

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