Optimizers in Deep Learning: From Gradient Descent to Adam

📰 Medium · Machine Learning

Learn about optimizers in deep learning, from gradient descent to Adam, and how to apply them to train neural networks effectively

intermediate Published 19 Jun 2026
Action Steps
  1. Implement gradient descent to update weights and biases in a neural network
  2. Use momentum to escape local minima and improve convergence
  3. Apply Adam optimizer to adapt learning rates for each parameter
  4. Compare the performance of different optimizers on a dataset
  5. Tune hyperparameters to optimize the learning process
Who Needs to Know This

Data scientists and machine learning engineers can benefit from understanding optimizers to improve the performance of their neural networks

Key Insight

💡 Choosing the right optimizer can significantly impact the performance of a neural network

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💡 Optimizers in deep learning: from gradient descent to Adam! 🤖

Key Takeaways

Learn about optimizers in deep learning, from gradient descent to Adam, and how to apply them to train neural networks effectively

Full Article

Title: Optimizers in Deep Learning: From Gradient Descent to Adam

URL Source: https://medium.com/@naveengangumalla2001/optimizers-in-deep-learning-from-gradient-descent-to-adam-d652373ef7e4?source=rss------machine_learning-5

Published Time: 2026-06-19T17:36:43Z

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# Optimizers in Deep Learning: From Gradient Descent to Adam | by GANGUMALLA NAVEEN KUMAR | Jun, 2026 | Medium

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# Optimizers in Deep Learning: From Gradient Descent to Adam

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## Introduction

Training a Neural Network involves finding the optimal values of weights and biases that minimize the loss (error) f
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