This article aims at answering the question of how to start machine learning. Getting started with machine learning is divided into five steps
- Change Your Mindset. Believe in your ability to practise and apply machine learning
- Choose a Process. To solve problems, use a systemic approach
- Select a Tool. Choose a tool appropriate for your level and map it to your process.
- Experiment with Datasets. Choose datasets to work on and put the process through its paces.
- Create a Portfolio. Collect data and demonstrate your abilities.
Applied Machine learning process
The predictions and models that make predictions are the benefits of machine learning. Knowing how to consistently and reliably deliver high-quality predictions on the problem after problem requires skill in applied machine learning.
- Identify your issue.
- Gather your data.
- Algorithms for spot-checking
- Enhance the results
- Present your findings.
Machine Learning Probability
Probability is the study of quantifying and controlling uncertainty. It is the foundation of many branches of mathematics and is essential for applied machine learning.
- Understand what probability is.
- Understand why probability is important in machine learning.
- Investigate Probability-Related topics
Machine Learning Statistics
Statistical Methods is a fundamental area of mathematics that is required to gain a deeper understanding of the behaviour of machine learning algorithms.
- Learn statistical methods.
- Learn why statistical methods are important in machine learning.
- Investigate the statistical methods topics.
Machine Learning Using Linear Algebra
Linear algebra is a fundamental area of mathematics that is required to gain a deeper understanding of machine learning algorithms.
- Learn linear algebra.
- Learn why linear algebra is important in machine learning.
- Investigate linear algebra topics.
Machine Learning Optimization
All machine learning algorithms are built around optimization. When we train a machine learning model, it optimises the given dataset.
- Learn about Optimization.
- Learn Optimization Algorithms.
- Research Optimization topics
Machine Learning Calculus
Calculus is the unseen engine that drives the success of many machine learning algorithms. The gradient is found using calculus when we talk about the gradient descent optimization part of a machine learning algorithm.
- Learn about Calculus.
- Learn the rules of differentiation.
- Examine Calculus topics
Machine Learning Algorithms
Machine learning algorithms are at the heart of machine learning. You must understand which algorithms are available for a given problem, how they work, and how to make the most of them.
- Learn various types of machine learning algorithms.
- Learn the fundamentals of machine learning algorithms.
- Learn how the best machine learning algorithms work.
Machine Learning with Weka
Weka is a platform for getting started with applied machine learning. It has a graphical user interface, so no programming is required, and it includes a suite of cutting-edge algorithms.
- Learn the Weka platform’s features.
- Learn how to navigate the Weka platform.
- Learn how to use Weka to deliver results.
Machine Learning in Python
Python is one of the most rapidly growing machine learning platforms. You can use the same tools, such as pandas and sci-kit-learn, to develop your model.
- Learn Python for machine learning.
- Investigate the Python machine learning ecosystem.
- Learn how to use machine learning in Python to solve problems.
