
Explore the difference between traditional programming and machine learning, where data guides the creation of a model instead of explicit programming, including neural networks.
Discover the data mining and machine learning workflow from data gathering and cleaning to feature engineering, algorithm selection, model evaluation, and data quality considerations.
Explain classification within data mining, detailing training sets, records, and attributes, and illustrate building a model to assign unseen records to a class such as luxury.
Define clustering as grouping data points by similarity into clusters using a similarity measure, such as Euclidean distance, and view it as a preprocessing step for other machine learning tasks.
1) R tutorial - The True Basics of R. -
https://www.youtube.com/watch?v=SWxoJqTqo08&list=PLjgj6kdf_snYBkIsWQYcYtUZiDpam7ygg
2) R tutorial: The basic data types in R : R tutorial: The basic data types in R :
https://www.youtube.com/watch?v=hxlHQ2AtLUk&list=PLjgj6kdf_snYBkIsWQYcYtUZiDpam7ygg&index=3
3) R tutorial - How to Create and Name Vectors in R
https://www.youtube.com/watch?v=w5dOALbZ9HE&list=PLjgj6kdf_snYBkIsWQYcYtUZiDpam7ygg&index=3
Install Python and the PyCharm IDE to set up a machine learning development environment, including downloading Python, choosing PyCharm editions, and configuring Anaconda with Jupyter notebooks.
Explore univariate linear regression by building a model that predicts happiness scores from GDP per capita, using a training/test split and hands-on demonstrations with real data.
Explore univariate linear regression with gradient descent, learning rate and regularization, by training on 80/20 splits to predict happiness from GDP per capita and evaluate predictions.
Explore multivariate linear regression by predicting happiness from GDP per capita and freedom, with step-by-step data loading, 3D plots of the world happiness data, and gradient descent concepts.
Explore the naive Bayes classifier, a simple, popular classification algorithm based on Bayes theorem and conditional probability. Learn how independent features contribute to posterior probability and apply to spam data.
Develop a cnn from scratch to classify cifar-10 images, covering data loading, preprocessing, model design, and evaluation, while using regularization and data augmentation to improve generalization.
Academy of Computing & Artificial Intelligence proudly present you the course "Data Engineering with Python". It all started when the expert team of Academy of Computing & Artificial Intelligence (PhD, PhD Candidates, Senior Lecturers , Consultants , Researchers) and Industry Experts . hiring managers were having a discussion on the most highly paid jobs & skills in the IT/Computer Science / Engineering / Data Science sector in 2021.
At the end of the Course you will be able to start your career in Data Mining & Machine Learning.
1) Introduction to Machine Learning - [A -Z] Comprehensive Training with Step by step guidance
2) Setting up the Environment for Machine Learning - Step by step guidance [R Programming & Python]
3) Supervised Learning - (Univariate Linear regression, Multivariate Linear Regression, Logistic regression, Naive Bayes Classifier, Trees, Support Vector Machines (SVM), Random Forest)
4) Unsupervised Learning
5) Convolutional Neural Networks - CNN
6) Artificial Neural Networks
7) Real World Projects with Source
Course Learning Outcomes
To provide awareness of (Supervised & Unsupervised learning) coming under Machine Learning (Why we need Data Mining & Machine Learning, What is Data Mining, What is Machine Learning, Traditional Programming Vs Machine Learning, Steps to Solve a Data Mining & Machine Learning Problem, Classification , Clustering)
Describe intelligent problem-solving methods via appropriate usage of Machine Learning techniques.
To build appropriate neural models from using state-of-the-art python framework.
To setup the Environment for Machine Learning - Step by step guidance [R Programming & Python]
Convolutional Neural Networks - CNN
Resources from MIT and many famous Universities
Projects with Source