Two methods of signal reconstruction — the constrained iterative reconstruction method (CIR) and the constrained least squares reconstruction method (CLSR) have been used to compensate for the inadequate response of two high voltage impulse measuring systems. Both methods have been shown to produce accurate estimates. However, the CIR method is favoured as it produces stable results under all of the presented conditions.
Get full access to this article
View all access options for this article.
References
1.
MalewskiR.McCombT. and CollinsM. M. C., ‘An evaluation of digital recording equipment and numerical correction techniques in impulse measurements’, National Bureau of Standards, Boulder, Colorado, Proceedings of a Workshop on Impulse Measurements pp. 341–354 (March, 1981)
2.
NagasakaD. M. and RaghuveerM. R., ‘Signal reconstruction in high voltage engineering’, Int. J. Elect. Enging Educ., 25, No. 1, p. 51 (1988)
3.
ChenC. T., One Dimensional Digital Signal Processing, Marcel Dekker (1979)
4.
ChildersD. and DurlingA., Digital Filtering and Signal Processing, West (1975)
