Bayesian filter for failure times identification of moving heat sources in 2D geometry
This study investigates the application of the Bayesian filter method for identifying failure
times in a 2D parabolic partial differential equation system. The identification of failure times …
times in a 2D parabolic partial differential equation system. The identification of failure times …
Quasi-online failure times identification of mobile heat sources in 2D geometry
Identifying the failure instants in thermal systems subject to 2D parabolic partial differential
equations presents a significant challenge, especially when the systems involve mobile heat …
equations presents a significant challenge, especially when the systems involve mobile heat …
A model‐based failure times identification for a system governed by a 2D parabolic partial differential equation
This research focuses on the identification of failure times in thermal systems governed by
partial differential equations, a task known for its complexity. A new model‐based diagnostic …
partial differential equations, a task known for its complexity. A new model‐based diagnostic …
Adaptive fault estimation and accommodation for distributed parameter systems with coupled parabolic partial differential equations
F Ferdowsi, J Cai, S Jagannathan - Journal of Control and …, 2024 - Taylor & Francis
This paper presents a novel model-based approach for fault detection, estimation and
accommodation in linear distributed parameter systems (DPS) governed by parabolic partial …
accommodation in linear distributed parameter systems (DPS) governed by parabolic partial …