Browse and submit language model benchmarks
View LLM Performance Leaderboard
Generate and view leaderboard for LLM evaluations
Create and manage ML pipelines with ZenML Dashboard
Benchmark models using PyTorch and OpenVINO
Evaluate AI-generated results for accuracy
Benchmark AI models by comparison
Compare and rank LLMs using benchmark scores
Browse and filter ML model leaderboard data
Display leaderboard of language model evaluations
Export Hugging Face models to ONNX
Convert Stable Diffusion checkpoint to Diffusers and open a PR
Display benchmark results
The HHEM Leaderboard is a platform designed for model benchmarking, specifically tailored for language models. It allows users to browse and submit benchmarks, making it easier to compare performance across different models and datasets. This tool is invaluable for researchers and developers looking to evaluate and improve language models in a competitive and transparent environment.
• Real-time updates: Stay current with the latest benchmark results as they are submitted.
• Customizable filters: Narrow down results by specific models, datasets, or metrics.
• Detailed analytics: Access in-depth performance metrics for each submission.
• Submission interface: Easily upload your own model benchmarks for comparison.
• Community-driven: Engage with a community of researchers and developers to share insights and learn from others.
• Transparency: Clear documentation of evaluation methodologies and metrics.
What types of models can I benchmark on HHEM Leaderboard?
The HHEM Leaderboard supports a variety of language models, including but not limited to transformer-based architectures and other state-of-the-art models.
How do I submit a benchmark?
To submit a benchmark, create an account, ensure your model meets the submission criteria, and follow the step-by-step instructions provided on the platform.
What metrics are used to evaluate models?
The leaderboard uses standard metrics such as perplexity, accuracy, F1-score, and inference speed, depending on the specific task and dataset.