Update README.md

README.md

@@ -1,3 +1,92 @@
 ---
 license: cc-by-nc-4.0
+language:
+- en
+widget:
+  - text: |
+      What is best in life?
+    example_title: "Pirate Life Wisdom"
 ---
+![tinypirate.png](https://huggingface.co/phanerozoic/Tiny-Pirate-1.1b-v0.2/resolve/main/tinypirate.png)
+# Tiny-Pirate-1.1b-v0.2
+
+Tiny-Pirate-1.1b-v0.2 is a significantly enhanced version of the compact and specialized language model designed for generating authentic, engaging, and immersive pirate-themed content. This version, meticulously fine-tuned from the TinyLlama-1.1B model, demonstrates marked improvements in performance, thematic adherence, and personality compared to its predecessor, TinyPiratev0.1.
+
+- **Developed by**: phanerozoic
+- **License**: cc-by-nc-4.0
+- **Finetuned from**: TinyLlama-1.1B-Chat-v1.0
+
+### Version Control
+Tiny-Pirate-1.1b-v0.2 represents a major leap forward from the initial release, boasting enhanced pirate personality, thematic consistency, and overall language coherence. This version showcases the potential for iterative fine-tuning to create highly specialized and engaging language models tailored to specific themes and characters.
+
+### Performance
+In comparison to TinyPiratev0.1, this version exhibits a far stronger grasp of its pirate identity, delivering responses that are more cohesive, contextually relevant, and thematically adherent. The model's ability to maintain a consistent and authentic pirate tone throughout interactions has been significantly enhanced, resulting in a more immersive, engaging, and entertaining user experience. TinyPiratev0.2 showcases improved language understanding, generation, and contextual awareness, allowing it to handle a wider range of pirate-themed queries and prompts with greater finesse and nuance.
+
+### Direct Use
+Like its predecessor, Tiny-Pirate-1.1b-v0.2 is ideally suited for applications requiring high-quality, thematic language generation in resource-constrained environments. This includes edge computing, mobile devices, lightweight AI applications, chatbots, games, interactive fiction, and other domains where authentic pirate-themed content is desired. The model's compact size and efficient performance make it an excellent choice for developers and creators looking to integrate engaging, character-driven language experiences into their projects without the need for extensive computational resources.
+
+### Training Data
+To ensure rich, diverse, and high-quality inputs for fine-tuning, TinyPiratev0.2 was trained on the same carefully curated pirate-themed dataset used for the development of PirateTalk 8b. This dataset encompasses a wide range of pirate-related content, including historical accounts, literary works, film and television scripts, and more. By exposing the model to such a comprehensive and varied corpus, TinyPiratev0.2 has developed a deep understanding of pirate language, culture, and themes, enabling it to generate content that is both authentic and engaging.
+
+### Custom Stopping Strings
+To enhance output quality and maintain better control over the model's behavior, especially in extreme or edge cases, a set of custom stopping strings were employed during the fine-tuning process:
+
+- "}\\n\\n\\n{"
+- "\\user:"
+- "\\nYou:"
+- "\\n"
+
+These stopping strings help to ensure that the model generates coherent, well-structured, and contextually relevant responses, even in challenging or unexpected situations.
+
+### Training Hyperparameters and Fine-Tuning Details
+The hyperparameters used in the fine-tuning of TinyPiratev0.2 were carefully chosen to optimize the model's performance, thematic adherence, and overall language quality. The use of LoRA (Low-Rank Adaptation) technique allowed for efficient and effective fine-tuning while minimizing the risk of overfitting.
+
+Some key hyperparameters include:
+- **LoRA Rank**: 2048
+- **LoRA Alpha**: 4096
+- **LoRA Dropout**: 0.05
+- **Micro Batch Size**: 12
+- **Epochs**: 1.01
+- **Learning Rate**: 2e-5
+- **LR Scheduler**: Linear
+- **Cutoff Length**: 256
+- **Warmup Ratio**: 0
+- **Gradient Accumulation**: 1
+
+These hyperparameters were arrived at through extensive experimentation and tuning, with the goal of striking a balance between model performance, training efficiency, and generalization ability. The relatively high LoRA Rank and LoRA Alpha values allow for more expressive and nuanced adaptations of the base model, while the low LoRA Dropout helps to prevent overfitting. The use of a linear learning rate scheduler and a small warmup ratio ensures stable and consistent learning throughout the training process.
+
+The choice of a micro batch size of 12, combined with a single gradient accumulation step, enables efficient utilization of computational resources while maintaining a sufficiently large effective batch size for stable training. The cutoff length of 256 tokens helps to focus the model's attention on relevant context while minimizing the computational overhead associated with processing long sequences.
+
+Overall, these hyperparameters reflect an empirically validated approach to fine-tuning, aimed at maximizing the model's performance and thematic coherence within the constraints of the available computational resources.
+
+### Limitations
+While TinyPiratev0.2 demonstrates significant improvements in thematic performance and language quality compared to its predecessor, it is essential to recognize that it remains a compact model with inherent limitations. As such, it may not handle highly complex, abstract, or ambiguous language tasks with the same level of proficiency as larger, more general-purpose models. Additionally, the model's specialization in pirate dialect and themes necessarily limits its applicability to general language applications, where a more neutral and versatile language model may be required.
+
+### Compute Infrastructure
+The training of TinyPiratev0.2 was conducted efficiently using a single RTX 6000 Ada Lovelace GPU, showcasing the model's ability to achieve significant performance gains with relatively modest computational resources. The entire fine-tuning process was completed in approximately 4.3 minutes, highlighting the resource-effective nature of specialized model development and the efficiency of the LoRA technique.
+
+This efficient training process underscores the potential for creating high-quality, specialized language models that can be developed and deployed quickly and cost-effectively, making them accessible to a wider range of developers, researchers, and creators.
+
+### Results
+TinyPiratev0.2 exhibits a remarkable improvement in its ability to generate pirate-themed content that is engaging, immersive, and thematically consistent. The model's responses are characterized by a strong pirate personality, with language that is colorful, idiomatic, and true to the spirit of pirate culture. Compared to the previous version, TinyPiratev0.2 demonstrates a deeper understanding of context, a more coherent narrative flow, and a greater ability to handle a wide range of pirate-related topics and scenarios.
+
+These results underscore the potential for focused fine-tuning to create language models that are not only highly specialized but also capable of delivering rich, immersive, and resonant user experiences.
+
+### Future Developments
+While TinyPiratev0.2 represents a significant achievement in the development of compact, specialized language models, it is likely to be the last iteration of this specific model size and architecture. As the field of natural language processing continues to evolve and new architectures and techniques emerge, future developments may explore the integration of TinyPirate with more advanced base models, such as Microsoft Phi or other state-of-the-art offerings.
+
+Moreover, as smaller models continue to improve in performance and efficiency relative to their larger counterparts, there may be opportunities to further optimize and compress the TinyPirate model while maintaining or even enhancing its thematic coherence and language quality.
+
+Future work may also investigate the application of the TinyPirate methodology to other specialized domains and themes, demonstrating the versatility and adaptability of this approach to language model development.
+
+### Acknowledgments
+The development of TinyPiratev0.2 would not have been possible without the groundbreaking work of the TinyLlama developers, whose innovative approach to compact language model design laid the foundation for this project. Their commitment to open-source research and their willingness to share their knowledge and expertise have been instrumental in advancing the field of specialized language modeling.
+
+Special thanks also goes to s3nh for their support and popularization of our project.
+
+### Summary
+Tiny-Pirate-1.1b-v0.2 represents a major milestone in the development of compact, specialized language models designed for thematic content generation. With its enhanced performance, improved thematic coherence, and engaging pirate personality, this model showcases the potential for focused fine-tuning to create language models that are not only efficient and resource-effective but also capable of delivering rich, immersive, and emotionally resonant user experiences.
+
+As the field of natural language processing continues to evolve, TinyPiratev0.2 stands as a testament to the power and potential of specialized language modeling. It demonstrates that through careful fine-tuning, even compact models can achieve remarkable levels of thematic adherence, language quality, and user engagement, opening up new possibilities for the development of character-driven, domain-specific language applications.
+
+While future iterations of the TinyPirate model may explore new architectures and techniques, the lessons learned and the methodologies developed in the creation of TinyPiratev0.2 will undoubtedly inform and inspire further advancements in the field. As such, this model represents not only a significant achievement in its own right but also a valuable contribution to the ongoing exploration of the frontiers of language modeling and its applications in a wide range of domains and use cases.