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The webpage announces OpenAI's enhancements to its fine-tuning API and expansion of its custom models program. These improvements aim to give developers more control over fine-tuning and introduce new ways to build custom models with OpenAI.
Key updates to the fine-tuning API include Epoch-based Checkpoint Creation, Comparative Playground, Third-party Integration, Comprehensive Validation Metrics, Hyperparameter Configuration, and Fine-Tuning Dashboard Improvements. These features help developers automate model fine-tuning, compare model outputs, integrate with third-party platforms, compute comprehensive validation metrics, and configure hyperparameters more easily.
The webpage also details the expansion of OpenAI's Custom Models Program, which includes Assisted Fine-Tuning and Custom-Trained Models. Assisted Fine-Tuning offers a collaboration with OpenAI's technical teams to leverage advanced techniques beyond the fine-tuning API, while Custom-Trained Models allow organizations to build a model from scratch, specifically tailored to their business or domain.
The page includes examples of these improvements in action, such as Indeed using the fine-tuning API to improve job recommendation quality, SK Telecom using assisted fine-tuning to enhance customer service performance, and Harvey creating a custom-trained model for legal case law.
OpenAI believes that these developments will enable organizations to create personalized models for more specific impact from their AI implementations.
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The webpage announces OpenAI's enhancements to its fine-tuning API and expansion of its custom models program. These improvements aim to give developers more control over fine-tuning and introduce new ways to build custom models with OpenAI. Key updates to the fine-tuning API include Epoch-based Checkpoint Creation, Comparative Playground, Third-party Integration, Comprehensive Validation Metrics, Hyperparameter Configuration, and Fine-Tuning Dashboard Improvements. These features help developers automate model fine-tuning, compare model outputs, integrate with third-party platforms, compute comprehensive validation metrics, and configure hyperparameters more easily. The webpage also details the expansion of OpenAI's Custom Models Program, which includes Assisted Fine-Tuning and Custom-Trained Models. Assisted Fine-Tuning offers a collaboration with OpenAI's technical teams to leverage advanced techniques beyond the fine-tuning API, while Custom-Trained Models allow organizations to build a model from scratch, specifically tailored to their business or domain. The page includes examples of these improvements in action, such as Indeed using the fine-tuning API to improve job recommendation quality, SK Telecom using assisted fine-tuning to enhance customer service performance, and Harvey creating a custom-trained model for legal case law. OpenAI believes that these developments will enable organizations to create personalized models for more specific impact from their AI implementations.
SummaryBot via The Internet
April 7, 2024, 12:32 p.m.