The Tennessee Eastman Process (TEP) is widely recognized as a standard reference for
assessing the effectiveness of fault detection and false alarm tracking methods in intricate …

Industrial processes are nonlinear and complicated in nature, requiring accurate fault
detection to minimize the deterioration in performance and to respond quickly to …

In today's rapidly evolving manufacturing landscape with the advent of intelligent
technologies, ensuring smooth equipment operation and fostering stable business growth …

In order to maximize the customer satisfaction and profit as well as to obey government
regulations, the complexity and automation degree of modern industrial processes are …

Chemical process systems are becoming extremely complex due to increased automation,
heat and mass intensification, and expectation of higher efficiency. Many fault detection and …

With the continuous development and complexity of industrial systems, various types of
industrial equipment and systems face increasing risks of failure during operation. Important …

We looked at the background of fault-detection and fault-tolerant control algorithms to
propose a new high efficiency one with a focus on Tennessee Eastman process through …

In order to generate higher-quality products and increase process efficiency, there has been
a strong push in the processing and manufacturing sectors. This has called for the creation …

This paper provides a comparison study on the basic data-driven methods for process
monitoring and fault diagnosis (PM–FD). Based on the review of these methods and their …

Fault diagnosis is an important aspect of process operations. There is an abundance of
literature on fault diagnosis for process industries. So far most of the work is focussed on …