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README.md
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---
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language:
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- en
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- tr
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tags:
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- instruction-tuning
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- text-generation
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- conversational
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- fine-tuned
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- quantized
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license: mit
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---
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# Erynn: Modern Instruction-Tuned Language Model
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## π Model Description
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**Erynn** is a cutting-edge language model designed to understand and follow natural language instructions with remarkable precision. This model has been fine-tuned using a specialized adapter technique on a diverse instruction dataset to respond to various request types while maintaining excellent creative text generation abilities.
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Using advanced 4-bit quantization techniques, Erynn delivers impressive performance while remaining lightweight enough for deployment on consumer-grade hardware - making sophisticated AI accessible without requiring enterprise-level infrastructure.
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## π Key Capabilities
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- **π Creative Content Generation**: Produces coherent, contextually relevant, and engaging text across diverse topics
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- **π― Instruction Understanding**: Responds accurately to natural language instructions like "explain," "summarize," or "list"
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- **π Information Organization**: Structures and presents information in clear, accessible formats
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- **π Format Flexibility**: Adapts to different prompt styles and instruction formats
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- **π‘ Concise Explanations**: Provides clear, accessible explanations of complex topics
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- **π± Hardware Efficient**: Optimized to run on modest consumer hardware through advanced quantization
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## π Technical Specifications
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- **Model Type**: Advanced transformer-based language model
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- **Adaptation Method**: Parameter-efficient fine-tuning with adapter layers
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- **Quantization**: 4-bit precision with double quantization
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- **Training Approach**: Instruction-focused fine-tuning on high-quality examples
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- **Optimization**: FP16 precision with optimized memory usage
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## π‘ Intended Uses
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Erynn excels at a variety of text generation tasks:
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- **π Content Creation**: Generate creative writing, stories, and descriptive content
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- **π Question Answering**: Provide informative responses to direct questions
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- **π List Creation**: Generate structured lists on requested topics
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- **π Summarization**: Condense longer texts into concise summaries
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- **π£ Marketing Copy**: Create engaging product descriptions or promotional content
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- **π» Basic Code Examples**: Generate simple code snippets for common tasks
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