Gradient Descent

Gradient Descent

Definition: An optimization algorithm used to minimize a function by iteratively moving in the direction of the steepest descent.

Better definition: When your computer goes mountain climbing in the world of mathematical functions.

Where does this fit in the AI Landscape?

Gradient descent is a fundamental optimization technique in machine learning and deep learning, used to train models by minimizing their loss functions. It's a cornerstone of many AI algorithms and plays a key role in the development and success of AI systems.

What are the real world impacts of this?

Gradient Descent is the backbone of many machine learning algorithms. It enables technologies like logistic regression, support vector machines, and neural networks, which power applications from image recognition to stock market prediction. For developers, understanding gradient descent is essential to training effective machine learning models.

What could go wrong in the real world with this?

A gradient descent algorithm is used to optimize the design of a hiking trail but gets carried away, creating a trail that leads straight down a cliff.

How this could be used as a component for an AI Coding platform like Codeium

An optimization algorithm commonly used to train ML models, including neural networks. It could be used to adjust the weights of the network during training.