

MLE Bench
Overview :
MLE-bench is a benchmark test launched by OpenAI to measure the performance of AI agents in the domain of machine learning engineering. It compiles 75 diverse challenges from Kaggle-related machine learning engineering competitions, testing real-world skills such as model training, dataset preparation, and experiment execution. Using publicly available leaderboard data from Kaggle, human benchmarks for each competition are established. Various cutting-edge language models are evaluated against this benchmark using open-source agent frameworks, revealing that the best-performing setup—OpenAI's o1-preview paired with the AIDE framework—achieved at least Kaggle bronze medal levels in 16.9% of the competitions. Moreover, the study examines various resource extension forms of AI agents and the effects of pre-training contamination. The benchmark code for MLE-bench has been open-sourced to facilitate future understanding of AI agents' capabilities in machine learning engineering.
Target Users :
The target audience of MLE-bench includes machine learning engineers, data scientists, and AI researchers. These professionals can use MLE-bench to evaluate and compare the performance of different AI agents on machine learning engineering tasks, helping them choose the most suitable AI tools for their projects. Additionally, researchers can utilize this benchmark to gain deeper insights into the capabilities of AI agents in the field of machine learning engineering, thus advancing the development of relevant technologies.
Use Cases
Machine learning engineers use MLE-bench to test and evaluate the performance of different AI models on specific tasks.
Data scientists leverage MLE-bench to compare the efficiency of various AI agents in data preprocessing and model training.
AI researchers utilize MLE-bench to study and enhance the resource utilization efficiency of AI agents on machine learning engineering tasks.
Features
Assess the performance of AI agents on machine learning engineering tasks.
Provide 75 diverse machine learning engineering competition tasks from Kaggle.
Establish human benchmarks using Kaggle leaderboard data.
Evaluate cutting-edge language models using open-source agent frameworks.
Investigate the resource extensions and pre-training contamination effects of AI agents.
Provide open-source benchmark code to promote future research.
How to Use
Step 1: Visit the official MLE-bench website or GitHub page.
Step 2: Read the introduction and usage guidelines for MLE-bench.
Step 3: Download and install the necessary software and dependencies, such as open-source agent frameworks.
Step 4: Set up and run the benchmark test according to the instructions to evaluate your AI agent or model.
Step 5: Analyze the test results to understand your AI agent's performance on machine learning engineering tasks.
Step 6: Adjust the configuration of your AI agent or optimize your model as needed to improve its performance in the benchmark.
Step 7: Engage in community discussions to share your experiences and findings or seek assistance.
Featured AI Tools

Deepeval
DeepEval provides a range of metrics to assess the quality of LLM's answers to ensure they are relevant, consistent, unbiased, and non-toxic. These can be easily integrated into CI/CD pipelines, enabling machine learning engineers to quickly assess and verify the performance of their LLM applications during iterative improvements. DeepEval offers a Python-friendly offline evaluation method, ensuring your pipeline is ready for production. It's like 'Pytest for your pipeline', making the process of production and evaluation as straightforward as passing all tests.
AI Model Evaluation
157.9K

Gpteval3d
GPTEval3D is an open-source tool for evaluating 3D generation models. Based on GPT-4V, it enables automatic evaluation of text-to-3D generation models. It can calculate the ELO score of the generated models and compare them with existing models for ranking. This user-friendly tool supports custom evaluation datasets, allowing users to fully leverage the evaluation capabilities of GPT-4V. It serves as a powerful tool for researching 3D generation tasks.
AI Model Evaluation
74.8K