Opportunistic Transient-Fault Detection

Configurable Transient Fault Detection via Dynamic Binary Translation

Smaller feature sizes, lower voltage levels, and reduced noise margins have helped improve the performance and lower the power consumption of modern microprocessors. These same advances have made processors more susceptible to transient faults that can corrupt data and make systems unavailable. Designers often compensate for transient faults by adding hardware redundancy and making circuitand p...

Multi-agent Framework for Fault Detection & Diagnosis in Transient Operations

With the increasing emphasis on agile operations, the process industries have begun to focus on effectively managing transient operations such as transitions or batch/fed-batch processes. In this paper, we propose a multi-agent based decision fusion framework for monitoring and diagnosing faults during transitions. The proposed method integrates three fault diagnosis methodologies into a unifor...

Transient Analysis and Motor Fault Detection using the Wavelet Transform

Induction motors are the most common means of converting electrical power to mechanical power in the industry. Induction machines were typically considered robust machines; however, this perception began to change toward the end of the last decade as low-cost motors became available on the market. Nowadays the most widely used induction motor in the industry is a machine which works at the limi...

A Fault Slip Transient on the North Anatolian Fault

Fast Transient Fault-Current Detection Based on PQR Transformation Technique for a Solid-State Fault Current Limiter

Abstract: This paper describes analysis, modeling and simulation of electrical transient fault-current detection in power systems. The proposed modeling is based on simple numerical integration only, which is able to efficiently handle some sophisticated calculation. The proposed fault detector methods are sliding root mean square (SRMS) and PQR transformation technique. In this paper, an abnor...