fineinstructions/template_instantiator
Hugging Face
TEXT GENERATIONConcurrency Cost:1Model Size:3.2BQuant:BF16Ctx Length:32kArchitecture:Transformer Warm

The fineinstructions/template_instantiator is a 3.2 billion parameter causal language model designed to instantiate instruction templates from the FineTemplates dataset. It takes an instruction template and a document as input, generating an instruction and answer pair as a JSON object. This model specializes in creating synthetic instruction-answer data by expanding excerpts within the generated answers based on the provided document.

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Model Overview

The fineinstructions/template_instantiator is a 3.2 billion parameter causal language model developed by fineinstructions. Its primary function is to automate the creation of instruction and answer pairs by instantiating templates from the FineTemplates dataset using a given document.

Key Capabilities

  • Instruction Template Instantiation: Generates a specific instruction and its corresponding answer based on a generic template and a provided document.
  • Synthetic Data Generation: Produces structured JSON output containing the instantiated instruction and answer.
  • Contextual Excerpt Expansion: Features a helper function to expand <excerpt> tags within the generated answer, replacing them with relevant text segments from the input document, ensuring contextual accuracy.

How it Works

The model processes a JSON input containing an instruction_template and a document. It then generates an output JSON object with the instantiated instruction and answer. A crucial post-processing step involves using a Python helper function to locate and expand <excerpt> placeholders in the generated answer, drawing content directly from the original document. This process is powered by a synthetic dataset created with DataDreamer 🤖💤.

Good For

  • Dataset Creation: Ideal for researchers and developers looking to generate large-scale, high-quality synthetic instruction-following datasets.
  • Fine-tuning Data Preparation: Useful for preparing diverse and contextually rich training examples for other language models.
  • Automated Content Generation: Can be adapted for tasks requiring the generation of structured Q&A pairs from unstructured text.