Funding ask
This money will be spent for researcher's salaries and computing resources
Developing evaluation methods to determine when CV models can be trusted by addressing the gap between benchmark metrics and real-world performance.
Developing evaluation methods to determine when CV models can be trusted by addressing the gap between benchmark metrics and real-world performance.
This project aims to develop new methods for evaluating reliability of CV models beyond standard metrics such as mAP, Precision, Recall, etc. In practice models with high score often shows unstable behavior in real-world situations: unstable detections, artifacts and others. As a result, a team of developers have to review a lot of data to understand if model really can be trusted before using it in real applications. Our R&D team with experience in Computer vision will study a new ways to measure models reliability and stability. The project will produce a practical evaluation methodology, research results and tools that help developers understand when AI systems can be trusted and ease human review if it needed.
As AI systems are become more capable and integrated in more significant areas related with safety and security we need better ways to understand their strengths, limitations and reliability. By developing better evaluation approaches for computer vision systems, this project aims to improve our ability to understand, validate and safely collaborate with AI systems. More reliable evaluation methods can help create a future when humans and AI work together based on clearer understanding of AI capabilities and limitations.
Team Member
This money will be spent for researcher's salaries and computing resources
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