Uncertainty Learning
Uncertainty learning aims to quantify and manage uncertainty in machine learning models, improving their reliability and trustworthiness. Current research focuses on integrating uncertainty estimation into various tasks, including object detection, motion planning, and 3D reconstruction, often employing Bayesian frameworks, neural networks, and novel loss functions to model both data and model uncertainty. This work is crucial for deploying AI systems in safety-critical applications like autonomous driving and robotics, where understanding and mitigating uncertainty is paramount for reliable performance. Furthermore, improved uncertainty quantification enhances model interpretability and facilitates more robust decision-making in diverse fields.