Noisy Input

Noisy input, a pervasive challenge across diverse scientific domains, focuses on developing robust methods for processing and analyzing data contaminated with errors or uncertainties. Current research emphasizes improving model resilience to noise through techniques like data augmentation, noise filtering (e.g., input denoising), and the development of inherently robust algorithms (e.g., Bayesian approaches, M-estimators), often within specific model architectures such as neural networks, memristor-based systems, and diffusion models. Addressing noisy input is crucial for enhancing the reliability and accuracy of machine learning models and other data-driven methods across applications ranging from quantum computing and human pose estimation to speech processing and scientific simulations.

Papers