grammar-synthesis-small

Maintained By
pszemraj

grammar-synthesis-small

PropertyValue
Parameter Count77M
LicenseApache 2.0
ArchitectureT5-small-lm-adapt
Paper ReferenceResearch Paper

What is grammar-synthesis-small?

grammar-synthesis-small is a specialized fine-tuned version of Google's T5-small-lm-adapt model, designed specifically for grammar correction tasks. Built on the JFLEG dataset, this model excels at single-shot grammar correction, particularly for text with multiple errors while maintaining semantic integrity of grammatically correct content.

Implementation Details

The model utilizes a transformer-based architecture with 77M parameters, trained using carefully optimized hyperparameters including a learning rate of 0.0004, cosine scheduler, and Adam optimizer. It employs beam search with 8 beams and includes specific parameters like repetition penalty (1.21) and length penalty (1.0) for optimal output generation.

  • Built on T5-small-lm-adapt architecture
  • Trained on expanded JFLEG dataset
  • Implements beam search with 8 beams
  • Uses F32 tensor type for computations

Core Capabilities

  • Single-shot grammar correction for heavily error-prone text
  • ASR (Audio Speech Recognition) output correction
  • Chatbot response refinement
  • Correction of OCR-generated text
  • Handling of "tortured-phrases" in AI-generated content

Frequently Asked Questions

Q: What makes this model unique?

The model's ability to handle heavily error-prone text while preserving semantically correct content sets it apart. It's particularly effective for correcting ASR outputs and AI-generated content without altering the original meaning of properly constructed phrases.

Q: What are the recommended use cases?

The model excels in correcting transcription outputs, refining chatbot responses, fixing OCR-generated text, and improving AI-generated content. It's particularly valuable for applications requiring maintenance of semantic meaning while correcting grammatical errors.

The first platform built for prompt engineering