In large‐scale industrial processes, a fault can easily propagate between process units due
to the interconnections of material and information flows. Thus the problem of fault detection …

This paper is concerned with the fusion of information from process data and process
connectivity and its subsequent use in fault diagnosis and process hazard assessment. The …

For the fault tree analysis, a basic event probability is often complicated. The probability is
not constant and even can be represented by function. In order to analyze the system …

空间故障树是一种研究系统可靠性与影响因素关系的理论体系, 用树型结构描述元件与系统之间
的可靠性关系, 但实际故障发生过程是复杂的, 难以表示成树型结构, 而更为广泛的是网状结构 …

In this paper, we describe a framework to efficiently assess the reliability of fault tolerant
control systems on low-cost unmanned aerial vehicles. The analysis is developed for a …

Analytical fault detection algorithms have the potential to reduce the size, power and weight
of fault tolerant safety-critical aerospace systems. One obstacle is the need for appropriate …

Integrating Unmanned Aerial Systems (UAS) into the US National Airspace (NAS) is
necessary for advancement of UAS applications in different fields like transport, surveillance …

Safety analysis is a significant step for safety-critical system development. Compared with
traditional vehicles, the system interactions for autonomous vehicles are more abundant and …

The need for high-performance, productive and dependable industrial systems guided
engineers to design complex operational architectures. Many features and subsystems are …

Automation offers various fields for scientific advancement. At the Institute of Automation
Technology at Helmut Schmidt University/University of the Federal Armed Forces Hamburg …