AI/ML and
Deep Learning

How to Analyze High-Dimensional Data in Machine Learning

Before we discuss analyzing high-dimensional data for machine learning, let’s see what high-dimensional data is and its importance. What is High-Dimensional Data? High-dimensional data refers to datasets with many features (variables or attributes) relative to the number of observations (samples or instances). More straightforwardly, it’s data that has many columns and potentially fewer rows. Each feature represents a dimension in

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k-NN (k-Nearest Neighbors) in Supervised Machine Learning

K-nearest neighbors (k-NN) is a Machine Learning algorithm for supervised machine learning type. It is used for both regression and classification tasks. As we already know, a supervised machine learning algorithm depends on labeled input data, which the algorithm learns to produce accurate outputs when input unlabeled data. k-NN aims to predict the test data set by calculating the distance

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Hierarchical Clustering in Machine Learning

If you read the “An Introduction to Clustering” article, you will know that Hierarchical Clustering is a type of Connectivity model in Machine Learning. To recap, Connectivity Models are based on the fact that data points in the same data place have similarities. What is Hierarchical Clustering? Hierarchical Clustering is an algorithm that groups similar data points into clusters. Hierarchical

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K-Means Clustering for Unsupervised Machine Learning

K-means clustering is a type of unsupervised learning when we have unlabeled data (i.e., data without defined categories or groups). Clustering refers to a collection of data points based on specific similarities. K-Means Algorithm K-means aims to find groups in the data, with the number of groups represented by the variable K. Based on the provided features, the algorithm works

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A Guide to Activation Functions in Artificial Neural Networks

Activation functions are mathematical equations attached to the end of every layer of an artificial (deep) neural network. This helps in computing the output and figuring out if nodes would fire or not. They also help neutral networks learn complex nonlinear relationships in data. What Does Node’s Firing Mean The phrase “node will fire or not” is a metaphorical way

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A Guide to Clustering in Machine Learning

When we cluster things, we put them into groups. In Machine Learning, Clustering is the process of dividing data points into particular groups. One group will have similar data points and differentiate from those with other data points. It is purely based on the patterns, relationships, and correlations in the data. Clustering is a form of Unsupervised Learning. Let’s quickly

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Building a Simple Artificial Neural Network in JavaScript

This article will discuss building a simple neural network using JavaScript. However, let’s first check what deep neural networks and artificial neural networks are. Deep Neural Network and Artificial Neural Network Artificial Neural Networks (ANNs) and Deep Neural Networks (DNNs) are related concepts, but they are different. The inspiration behind these artificial neural networks for machine learning and artificial intelligence

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Introduction to Artificial General Intelligence (AGI)

In the ever-evolving landscape of technology, the pursuit of Artificial General Intelligence (AGI) stands as one of our time’s most ambitious and consequential endeavors. AGI aims to create machines with the ability to understand, learn, and apply intelligence as flexibly and robustly as a human. Therefore, it is not just a milestone in artificial intelligence; it is a potential turning

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Performance Metrics for Regression Problems in Machine Learning

Performance metrics are numbers that help measure the efficiency of your machine-learning algorithm and determine whether it’s solving the problem correctly. They also help compare and evaluate different algorithms for the same use case and determine which one you should go ahead with. The decision of which performance metric to use for your machine learning problem first depends on the

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