Training
Settings chosen by the developer that control how a model learns, as opposed to the weights the model learns itself.
Settings chosen by the developer that control how a model learns, as opposed to the weights the model learns itself. Common examples are learning rate, batch size, number of epochs, weight decay, warmup steps, and, for LoRA, the rank and alpha. Small changes can decide whether a run converges, so teams usually sweep them on small runs before committing compute to a full training job.
Primary source: arxiv.org
Example
In practice, developers reach for Hyperparameters when they need the capability described above as part of an AI feature or workflow.
Hands-on guides, comparisons, and tutorials that cover Training.
FAQ
Settings chosen by the developer that control how a model learns, as opposed to the weights the model learns itself.
Hyperparameters sits in the Training part of the AI stack. Understanding it helps you make better decisions when building, debugging, and shipping AI features.
Developers Digest publishes tutorials and videos that cover Training topics including Hyperparameters. Check the blog and YouTube channel for hands-on walkthroughs.
Related
Fine-tuning a pretrained model on curated prompt and response pairs so it learns to imitate the demonstrated answers.
A family of fine-tuning methods that adapt a large pretrained model by training only a small number of new or selected parameters while the original weights stay frozen.
A training technique that fine-tunes a model using human preference judgments.

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