Gene Expression Programming-Based Method of Optimal Frequency Set Determination for Purpose of Analogue Circuits’ Diagnosis
This paper presents a method for optimal frequency search with the use of Gene Expression Programming (GEP). It includes a brief summary of material of analogue circuits fault diagnosis and introduction to GEP. Developed method belongs to SBT diagnosis routines’ group. Frequency responses for chosen hard faults of a circuit under test as well as for an intact circuit are simulated before test. There are ambiguity sets provided to avoid a fault tolerance masking effect.
KeywordsGene Expression Programming Optimal Frequency Expression Tree Circuit Under Test Ambiguity Region
Unable to display preview. Download preview PDF.
- 2.Kabisatpathy, P., Barua, A., Sinha, S., Fault diagnosis of analogue integrated circuits, Springer 2005, ISBN: 038725742XGoogle Scholar
- 3.Ferreira, C., Gene Expression Programming: Mathematical Modelling by an Artificial Intelligence, ISBN: 9729589054Google Scholar
- 5.Golonek, T., Grzechca, D., Rutkowski, J., Evolutionary Method for Test Frequencies Selection Based on Entropy Index and Ambiguity Sets. ICSES 2006, International Conference on Signals and Electronic System, d, Poland 2006, pp. 511–514Google Scholar