Life Prediction
Life prediction research focuses on accurately estimating the remaining useful life (RUL) of various systems, from batteries and engines to electronic components and even human lifespans, aiming to optimize maintenance, improve safety, and enhance resource management. Current research heavily utilizes machine learning, employing diverse architectures like neural networks (including Bayesian and recurrent types), GraphNets, and transformers, often incorporating physics-informed models or leveraging techniques like domain adaptation and self-supervised learning to improve prediction accuracy and robustness under data scarcity or varying operating conditions. These advancements have significant implications across numerous industries, enabling predictive maintenance, improving product design, and facilitating more informed decision-making in diverse applications.