Text Generation
Transformers
Safetensors
43 datasets
14 languages
mistral
mergekit
Merge
Mistral_Star
Mistral_Quiet
Mistral
Mixtral
Question-Answer
Token-Classification
Sequence-Classification
SpydazWeb-AI
chemistry
biology
legal
code
climate
medical
LCARS_AI_StarTrek_Computer
text-generation-inference
chain-of-thought
tree-of-knowledge
forest-of-thoughts
visual-spacial-sketchpad
alpha-mind
knowledge-graph
entity-detection
encyclopedia
wikipedia
stack-exchange
Reddit
Cyber-series
MegaMind
Cybertron
SpydazWeb
Spydaz
LCARS
star-trek
mega-transformers
Mulit-Mega-Merge
Multi-Lingual
Afro-Centric
African-Model
Ancient-One
Inference Endpoints
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README.md
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# "To grow as a professional, set goals just beyond your current abilities. Achieving these milestones will not only overcome obstacles but also strengthen your skillset. If your tasks are too easy, you’ll never challenge yourself or improve, and life will pass you by!"
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### Foundation Building:
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The initial phase involved training the model on binary yes/no questions without any explicit methodology. This was crucial in establishing a baseline for the model’s decision-making capabilities.
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The model was first trained using a simple production prompt, known as Prompt A, which provided basic functionality. Although this prompt was imperfect, it fit the dataset and set the stage for further refinement.
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## Methodology Development:
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The original prompt was later enhanced with a more flexible approach, combining elements from a handcrafted GPT-4.0 prompt. This adaptation aligned the model with my personal agent system, allowing it to better respond to diverse tasks and methodologies.
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I discovered that regularly updating the model with new methodologies significantly enhanced its performance. The iterative process involved refining prompts and experimenting with different training strategies to achieve optimal results.
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A significant portion of the training focused on enabling the model to use tools effectively. For instance, if the model needed to think, it would use a "think tool" that queried itself and provided an internal response. This tool-based approach was instrumental in enhancing the model’s reasoning capabilities, though it slowed down the response time on certain hardware like the RTX 2030.
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Despite the slower response time, the model’s ability to perform complex internal queries resulted in more accurate and well-reasoned outputs.
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# Training for Comprehensive Responses:
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## Prompts and Epochs:
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I found that large prompts required multiple epochs to yield consistent results. However, fewer epochs were needed when prompts were simplified or omitted. The purpose of large prompts during training was to give the model a wide range of response styles, allowing it to adjust parameters for various tasks.
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This approach helped the model internalize methodologies for extracting information, which is central to fine-tuning. The training emphasized teaching the model to plan and execute complex tasks, such as generating complete software without errors.
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## Training Reginmes:
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* Alpaca
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<img src="https://cdn-avatars.huggingface.co/v1/production/uploads/65d883893a52cd9bcd8ab7cf/tRsCJlHNZo1D02kBTmfy9.jpeg" width="300"/>
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# "To grow as a professional, set goals just beyond your current abilities. Achieving these milestones will not only overcome obstacles but also strengthen your skillset. If your tasks are too easy, you’ll never challenge yourself or improve, and life will pass you by!"
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Introducing My Latest Model: A Comprehensive Knowledge Base for Survival and Advancement
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I’m thrilled to present my latest model, which combines cutting-edge AI capabilities with a vast knowledge base spanning religious texts, historical documents, and scientific data. This model was initially trained extensively on Bible data and then fine-tuned using Hugging Face documentation, medical diagnosis libraries, disease classifications, counseling sessions, and even role-playing scenarios—with Star Trek themes included for good measure! To enhance its conversational abilities, I incorporated methodologies from Stanford, focusing on function calling, Python, and general coding practices. The training datasets also included a sophisticated Chain of Thought dataset from Chinese groups, after numerous mergers and realignments. Despite some initial challenges, I persisted in refining the model, scouring the web for additional resources. Significant effort was dedicated to framing data for instruction, utilizing Alpacas, and re-configuring tensors for sequence-to-sequence tasks and translation. This revealed the versatility of tensors, enabling the model to excel in various neural network tasks—from entity matching to JSON output and sentence masking. Specialized models focusing on actions and coding were also developed.
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Training Methodology: Establishing a Solid Foundation
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The initial phase involved training the model on binary yes/no questions without any explicit methodology. This was crucial in establishing a baseline for the model’s decision-making capabilities. The model was first trained using a simple production prompt, known as Prompt A, which provided basic functionality. Although this prompt was imperfect, it fit the dataset and set the stage for further refinement.
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Methodology Development: Enhancing Performance through Iteration
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The original prompt was later enhanced with a more flexible approach, combining elements from a handcrafted GPT-4.0 prompt. This adaptation aligned the model with my personal agent system, allowing it to better respond to diverse tasks and methodologies. I discovered that regularly updating the model with new methodologies significantly enhanced its performance. The iterative process involved refining prompts and experimenting with different training strategies to achieve optimal results. A significant portion of the training focused on enabling the model to use tools effectively. For instance, if the model needed to think, it would use a “think tool” that queried itself and provided an internal response. This tool-based approach was instrumental in enhancing the model’s reasoning capabilities, though it slowed down the response time on certain hardware like the RTX 2030. Despite the slower response time, the model’s ability to perform complex internal queries resulted in more accurate and well-reasoned outputs.
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Training for Comprehensive Responses: Prompts and Epochs
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I found that large prompts required multiple epochs to yield consistent results. However, fewer epochs were needed when prompts were simplified or omitted. The purpose of large prompts during training was to give the model a wide range of response styles, allowing it to adjust parameters for various tasks. This approach helped the model internalize methodologies for extracting information, which is central to fine-tuning. The training emphasized teaching the model to plan and execute complex tasks, such as generating complete software without errors.
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it has the QA chat template and a GGUF version is available , i will also realign to the chatml prompt template and also make another version for olama usages
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## Training Reginmes:
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* Alpaca
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