bunnycore/Phi-4-RP-v0
bunnycore/Phi-4-RP-v0 is a 14.7 billion parameter language model created by bunnycore, resulting from a linear merge of Undi95/Phi4-abliterated and bunnycore/Phi-4-RP. This model leverages the strengths of its base components, offering a 32768 token context length. It is designed for general language understanding and generation tasks, with its merged architecture aiming for balanced performance across various benchmarks.
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Overview
bunnycore/Phi-4-RP-v0 is a 14.7 billion parameter language model developed by bunnycore. It was created using a linear merge method via mergekit, combining two base models: Undi95/Phi4-abliterated and bunnycore/Phi-4-RP. This merging strategy aims to synthesize the capabilities of its constituent models.
Key Capabilities
- Merged Architecture: Combines two distinct Phi-4 variants to potentially enhance overall performance.
- Linear Merge Method: Utilizes a straightforward weighting approach for model integration.
- BFloat16 Precision: The model is configured to use
bfloat16for efficient computation.
Performance Highlights
Evaluated on the Open LLM Leaderboard, bunnycore/Phi-4-RP-v0 achieved an average score of 37.32. Specific benchmark results include:
- IFEval (0-Shot): 68.27
- BBH (3-Shot): 54.84
- MMLU-PRO (5-shot): 48.49
Good for
- General Language Tasks: Suitable for a broad range of applications requiring language understanding and generation.
- Experimentation with Merged Models: Developers interested in exploring the performance characteristics of linearly merged models.
- Applications requiring a 14.7B parameter model: Offers a balance between model size and capability for various deployment scenarios.