yasserrmd/Neuro-Orchestrator-8B
Neuro-Orchestrator-8B by yasserrmd is an 8 billion parameter agentic merge model built on the Qwen architecture, featuring a 32K context length. It employs a hybrid gating mechanism to dynamically assess user request complexity, deciding between immediate answers or deep reasoning loops. This model excels at structured planning, high-fidelity coding, and adaptive reasoning, making it suitable for complex problem-solving and agentic workflows.
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Model Overview
Neuro-Orchestrator-8B is an 8 billion parameter agentic merge model developed by yasserrmd, based on the Qwen architecture. It is designed to address the "always-on" reasoning challenge through a unique hybrid gating mechanism. This mechanism allows the model to first analyze the complexity of a user request, then decide whether to provide an immediate answer or engage in a deeper reasoning process.
Key Capabilities
This model integrates the strengths of three distinct Qwen-based fine-tunes using the TIES-Merging method:
- Adaptive Gating (HiPO Influence): Analyzes request complexity and efficiently determines the appropriate reasoning depth, providing concise answers for simple queries and engaging in deeper thought for complex ones.
- Structured Planning (Nemotron Influence): Orchestrates and plans structured responses, breaking down complex requests into phased execution plans.
- High-Fidelity Execution (MiroThinker Influence): Delivers strong coding and logic capabilities, generating functional and clean code with correct imports.
Use Cases
Neuro-Orchestrator-8B is particularly well-suited for:
- Complex Problem Solving: Its ability to dynamically adapt its reasoning process makes it effective for tasks requiring nuanced understanding and multi-step solutions.
- Agentic Workflows: The model's planning and execution capabilities support autonomous agent-like behaviors.
- Code Generation: Excels at producing high-quality, functional code.
- Structured Content Generation: Ideal for tasks requiring detailed plans, roadmaps, or structured explanations.
The model is optimized to run in bfloat16 precision and uses the ChatML prompt template native to Qwen models.