Llama3-70B-SteerLM-RM
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Llama3 70B SteerLM RM
Overview :
Llama3-70B-SteerLM-RM is a 70-billion parameter language model that serves as a property prediction model, specifically a multi-faceted reward model. It evaluates model responses across multiple dimensions instead of relying on a single score, unlike traditional reward models. This model was trained on the HelpSteer2 dataset and utilizes NVIDIA NeMo-Aligner, an scalable toolkit for efficient and effective model alignment.
Target Users :
This model is designed for researchers and developers who need to evaluate and improve the quality of language model outputs. It helps them understand the quality of model responses through various assessments and provides directions for improvement.
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Use Cases
Researchers use this model to evaluate assistant responses across different conversational systems.
Developers leverage the model's scores to optimize the dialogue quality of their chatbots.
Educational institutions utilize the model to assess and enhance the interactive quality of tutoring assistants.
Features
Evaluates five properties of assistant responses: usefulness, correctness, coherence, complexity, and redundancy.
Can output a single scalar, like traditional reward models.
Trained on the HelpSteer2 dataset, enhancing its performance.
Compatible with NVIDIA NeMo-Aligner, supporting data and model parallelism training.
All checkpoints are compatible with the NeMo ecosystem, enabling inference deployment and further customization.
Exhibits top performance on the RewardBench Primary Dataset LeaderBoard.
How to Use
1. Download the Llama3-70B-SteerLM-RM model from NVIDIA's Hugging Face page.
2. Launch a inference server using NeMo Aligner following the SteerLM training user guide.
3. Annotate data files using the inference server.
4. Train the SteerLM model following the SteerLM training user guide.
5. Train the model using the annotated data files to improve its evaluation capabilities.
6. Deploy the trained model in real-world applications for evaluating and optimizing language model outputs.
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