Skip to main content

Beginners Guide for Machine Learning



                                 Beginners guide for Machine Learning




Machine learning is nowadays a highly trending domain in computer science and many students, researchers, professors and experts using this technology to solve real-world problems human interaction.

Machine learning is a field of computer science in which the computer learns the finding pattern and insights from the data that are feed into the learning algorithms. So machine learning makes a big impact in the field of science by solving high complex and data-based tasks.

So the rapid growth of this technology makes the interest of a huge number of people from a different domain to learn this technology and solve real-world problems and help the communities using machine learning.

In this article, we are going to discuss how a beginner should start in the field of machine learning. Machine learning is a combination of elementary mathematics including concepts of (linear algebra, multivariate calculus, probability, etc.) and learning algorithms(linear regression, logistic regression, decision tree, etc.)

For a beginner, they should start machine learning from the most popular and highly rated course by Andrew Ng one of the most prominent professor of this domain Intro to machine learning. After enrolling in this course start learning the basic mathematics (parallel) that are required for this course. Professor Ng has already explained basics mathematics in this course that is sufficient for machine learning but to understanding concepts much deeper, you should have deep dive into these fundamentals.

1. Linear Algebra (Matrix, vector)

All these topics are highly required for doing machine learning and understanding the basic concepts of this field. Generally, there are two way of learning mostly prefer by student:-

1) Project-Based Learning:- This is the almost most preferable way of learning. In this learning methodology, students should apply their learning by solving problems (project-based) and get better by applying new methods, applying alternate approaches, improving the existing solution.

2) Theoretical Learning:- In this type of learning one should have first learned all the theoretical concepts of domain and learn almost various concepts and then apply it into a problem. It is also a better approach for research-oriented individuals.

After learning the concepts applying it into the problem and take part in the online challenges of data science and machine learning and learn more.

I hope this article helps all the beginners of machine learning to start the journey in this field!!






  

Comments

Popular posts from this blog

Rising of the AI in the human centric Development

Rising of the AI in the human centric Development The rising of the artificial intelligence in later 90's have make a rapid impact in field of technology and from 21st century the blooming of a mechanism makes several impact in various industries including software, education, healthcare and many more. As the world becomes increasingly reliant on technology, the role of  artificial intelligence  (AI) in human-centric development has risen to the forefront. From healthcare to transportation to education, AI is being used to improve the lives of people around the globe. Major areas where artificial intelligence AI makes an Impact One area where AI has made significant strides is in the healthcare industry. AI-powered virtual assistants can now assist doctors in diagnosing and treating patients, freeing up valuable time for medical professionals. In addition, AI-powered wearable devices can track a person's health and alert them to any potential issues. The transportation industr...

How to calculate Running Time of an algorithm

                                            Calculate Running Time of an Algorithm The running time of algorithm defines the time required to execute an algorithm on the given set of inputs(n). There are mainly three types of complexity cases defines to measure the running time of an algorithm also known as Asymptotic analysis. 1) Best Case : Best case also called ( Ω) omega  notation which measure the best case scenario of how long an algorithm can possible take to complete given operation on (n) inputs. It's also known as lower bound. 2) Average Case : It represents by ( Θ) theta  notation which measure the average time requires to complete a given operation on set of inputs. It measures between upper and lower bound running time and calculate average running time. 3) Worst Case: It defines the worst case running time of an algorithm. Also represent using ( Ο) Big-o...

When to Use HeatMap plot for Visualization of Data

HeatMap (Matrix) Plot Visualization for the Data: When to Use? Visual representation always helps in simplification either any real world entities or the data. Visualization  provides an pictorial representation so anyone can easily understand about the data and their insights(what they are representing and in which range the value is lying.                                                                                                                                                             Source: HeatMap Now when the data science becomes one of the popular domain in Computer science. It m...