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Learn how to use the Ray Tune library to distribute hyperparameter tuning tasks among several computers.

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How to Distribute Hyperparameter Tuning Using Ray Tune

How to distribute hyperparameter tuning using Ray Tune

Explore a practical hands-on case showing how to tune hyperparameters on XGBoost. Learn how to easily deploy and optimize ML models.

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Guide to XGBoost Hyperparameter Tuning

How to tune hyperparameters on XGBoost

In part 1 of a blog series, we cover the basics of understanding what hyperparameters are and how they're utilized in controlling ML model behavior.

The Bayesian optimization method treats the search for the optimal hyperparameters as an optimization problem. 

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What is Hyperparameter Tuning? | Anyscale

What is hyperparameter tuning?

Ray has become the engine for AI-native computing for thousands of AI- and digital-natives. Now Anyscale and Microsoft are partnering to bring the power of Ray to every enterprise.

Announcing first-party service - Anyscale on Azure

Announcing Anyscale Native Offering on Azure: Build, Run and Scale AI-Native Workloads Securely on Azure Infrastructure

Announcing Anyscale First-Party Offering on Azure: Build, Run and Scale AI-Native Workloads Securely on Azure Infrastructure

Ray, the open-source distributed compute framework for AI is joining the PyTorch Foundation, part of The Linux Foundation. 

Ray joins PyTorch Foundation

Ray is Joining The PyTorch Foundation

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Components of an Open Source AI Compute Tech Stack

An Open Source Stack for AI Compute: Kubernetes + Ray + PyTorch + vLLM

Explore a technical comparison of leading Reinforcement Learning (RL) libraries for LLMs from Ray. This guide analyzes frameworks like TRL, Verl, and RAGEN to help developers choose the best tools for RLHF, reasoning, and agentic AI.

The architecture of a Reinforcement Learning (RL) library is split into two primary components: Generation and Training. During the generation phase, an LLM Engine performs multi-turn rollouts within an environment to produce data and reward signals. This output is then fed into the training phase to update the model's parameters. This process forms a feedback loop, where the progressively improved model generates the next iteration of data for continuous refinement.

Open Source RL Libraries for LLMs Graph

Open Source RL Libraries for LLMs

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