Paul Yu
Microsoft
LEARN, CONNECT, BUILD
Microsoft Reactor
Join Microsoft Reactor and engage with developers, entrepreneurs, and startups live
Ready to get started with AI and the latest technologies? Microsoft Reactor provides events, training, and community resources to help developers, entrepreneurs and startups build on AI technology and more. Join us!
LEARN, CONNECT, BUILD
Microsoft Reactor
Join Microsoft Reactor and engage with developers, entrepreneurs, and startups live
Ready to get started with AI and the latest technologies? Microsoft Reactor provides events, training, and community resources to help developers, entrepreneurs and startups build on AI technology and more. Join us!
Go back
Demo Bytes: Fine-Tuning Open-Source Models made easy with KAITO
19 September, 2024 | 4:00 PM - 4:30 PM (UTC) Coordinated Universal Time
- Format:
Livestream
Topic: Intelligent Applications
Language: English
Foundation models have a vast amount of knowledge but often need to be refined for specific tasks. In this demo, we'll see how KAITO (Kubernetes AI Toolchain Operator) can help you easily fine-tune models so that your LLMs stay on track and provide more accurate answers; just as your users expect.
Prerequisites
Miss a DemoByte and want to catch up? View past DemoBytes on-demand here.
Speakers
Related Events
The events below may be of interest to you as well. Be sure to visit our Reactor homepage to see all available events.
-
Entity extraction with OpenAI + Structured Outputs
Entity extraction with OpenAI + Structured Outputs
Format:
Livestream
Topic: Intelligent Applications
Language: English
-
Storing chat history in Azure Cosmos DB
Storing chat history in Azure Cosmos DB
Format:
Livestream
Topic: Intelligent Applications
Language: English
-
Building Multi AI Agent Systems
Building Multi AI Agent Systems
Format:
Livestream
Topic: Intelligent Applications
Language: English
This event is part of the Build Intelligent Apps on Azure Series.
Click here to visit the Series Page where you could see all the upcoming and on-demand events.