Due to the wide range of applications of electronic circuits in the recent years, the fault
diagnosis in electronic circuits is a foremost problem. The main purpose of the fault …

Soft-fault diagnosis and tolerance are two challenging problems in analog-circuit fault
diagnosis. Although many analog faults can be diagnosed theoretically, they cannot be …

We have developed a novel fault diagnosis approach of analog circuits based on linear
ridgelet network using wavelet-based fractal analysis, kernel principal components analysis …

The problem of testing and diagnosing multiple soft faults in analog linear electronic circuits
is discussed in this paper. An efficient method which detects faulty elements and evaluates …

Fault diagnosis is very important for development and maintenance of safe and reliable
electronic circuits and systems. This paper describes an approach of soft fault diagnosis for …

Faulty parameter identification is vital to prediction of remaining useful life of circuit under
test (CUT). Based on the transfer function of the CUT, we use measured faulty response to …

In the paper new methods of fault localisation and identification in linear electronic circuits
(two-port or multi-port type) based on bilinear transformations in multi-dimensional spaces …

A fault diagnosis procedure for analog linear circuits is presented. It uses an off-line trained
neural network as a classifier. The innovative aspect of the proposed approach is the way …

This paper presents a new approach to the detection and localization of single hard and soft
faults of analog parts in embedded mixed-signal electronic systems controlled with …

Faulty parameter identification is vital to prediction of remaining useful life of circuit under
test (CUT). Based on the transfer function, we use measured faulty response to deduce the …