Articles for author: Abhimanyu Saxena

Abhimanyu Saxena

what is entropy in machine learning

Entropy in Machine Learning

In machine learning, models need to make informed decisions based on data. For this, they rely on methods to measure uncertainty and randomness within a dataset. One of the key concepts used to quantify this uncertainty is entropy. Derived from information theory, entropy helps machine learning algorithms determine how to split data most effectively, thereby ...

alpha beta pruning in ai

Alpha Beta Pruning in Artificial Intelligence

In artificial intelligence, especially in game-playing algorithms like those used in chess or tic-tac-toe, search algorithms are critical for determining the best moves. One popular algorithm used for this is the minimax algorithm, which explores all possible moves in a game tree to determine the optimal strategy for both players. However, the minimax algorithm can ...

Abhimanyu Saxena

k means clustering

K-Means Clustering

K-Means Clustering is an unsupervised learning algorithm used to group data points into distinct clusters based on similarity. It’s widely applied in tasks like market segmentation, image compression, and anomaly detection, known for its simplicity, efficiency, and scalability in handling large datasets. What is K-Means Clustering? K-Means Clustering is an unsupervised learning algorithm that divides ...

Abhimanyu Saxena

regression in machine learning

Regression in Machine Learning

In machine learning, regression is a core technique used to model the relationships between variables and predict continuous outcomes. From forecasting stock prices to estimating housing costs, regression helps in data-driven decision-making by identifying trends and patterns in data, making it essential for predictive modeling. What is Regression? Regression is a statistical method used in ...

Abhimanyu Saxena

Mathematics for Data Science

Mathematics For Data Science

Data science isn’t just about fancy algorithms and powerful computers. It’s built on a solid foundation of mathematics. Without math, data scientists would be like explorers without a map, unable to navigate the vast landscapes of data.  Math provides the tools to uncover hidden patterns, build predictive models, and ultimately, make informed decisions that drive ...