Husky-v1
H
Husky V1
Overview :
Husky-v1 is an open-source language agent model focused on solving complex multi-step reasoning tasks that include numerical, tabular, and knowledge-based reasoning. It utilizes expert models such as tool usage, code generators, query generators, and mathematical reasoners to perform inference. This model supports CUDA 11.8 and requires the download of the appropriate model files, enabling the parallel execution of all expert models through an optimized inference process.
Target Users :
Husky-v1 is designed for researchers and developers who need to handle complex data reasoning and analysis, particularly in the fields of artificial intelligence, machine learning, and data science. It can help automate the reasoning process, improving the efficiency and accuracy of data analysis.
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Use Cases
For academic research, analyzing large datasets to extract valuable insights.
In corporate settings, assisting data scientists with complex data analysis and predictions.
As an educational tool, helping students understand complex data reasoning processes.
Features
Resolve complex multi-step reasoning tasks
Utilize expert models such as tool usage, code generators, query generators, and mathematical reasoners
Support for CUDA 11.8, requiring the download of corresponding model files
Facilitate parallel execution of all expert models through optimized inference
Store inference results in JSON file format
Provide evaluation scripts for assessing model performance
How to Use
1. Visit the Husky-v1 GitHub page to clone or download the code.
2. Install the required dependencies as per the README documentation.
3. Go to the HuggingFace collection to download the model files associated with Husky-v1.
4. Modify the MODEL_ID and DATASET_NAME attributes in the script to fit your specific task.
5. Run all five expert models of Husky in parallel for inference.
6. Evaluate the inference results of the models using the provided evaluation script.
7. Analyze the inference results and adjust model parameters as needed to optimize performance.
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