Lipschitz Continuity In Machine Learning
Let and be normed vector spaces. A function is called Lipschitz continuous if there exists a real constant such that…
Category: deep learning
How to Build an AI Chess Model: Step-by-Step Guide
Creating a chess AI model involves training it to evaluate board positions and make strategic moves using approaches like Minimax with Alpha-Beta Pruning or machine learning with historical game data.
Deep Ensembles: Leveraging Ensemble Methods for Uncertainty Estimation in AI (with codes)
Ensemble methods enhance machine learning models’ uncertainty estimation by aggregating diverse predictions, improving accuracy, and generalization through training multiple models independently.
Monte Carlo and MC Dropout for neural network Uncertainty modeling
While there are various methods for uncertainty modeling in neural networks, Monte Carlo (MC) methods are widely used due to…
Cross Entropy Loss & why we don’t need softmax for Cross Entropy Loss
Cross-entropy loss measures the difference between predicted and actual probability distributions in classification tasks, particularly in neural networks.
A Deep Dive into Adaptive Learning Rate Algorithms with PyTorch implementation
AdaGrad The AdaGrad algorithm individually adjusts the learning rates of all model parameters by scaling them inversely proportional to the…
Gradient clipping and Pytorch codes
Gradient clipping is a technique used to address the problem of exploding gradients in deep neural networks. It involves capping…
Minibatch learning and variations of Gradient Descent
Minibatch learning in neural networks is akin to dancers learning a complex routine by breaking it down into smaller, manageable…
Activation, Initialization and Training a Neural network
Initially, the artificial neural network is like a child. It knows almost nothing! So, it needs to learn. Training a…
A Comical Introduction to Neural Network
The idea of neural networks is inspired by the structure and functioning of a brain, where interconnected neurons process and…