Department of Electronic Science, Okayama University of Science
Abstract
The bit error rates for some microwave digital modulation systems with additive white Gaussian noise and intersymbol interference caused by the effect of frequency selective fading are theoretically evaluated. The results reveal that there is direct proportional relation between in-band amplitude dispersion and bit error rate, as it was suggested in some experiments. Also the in-band amplitude dispersion for bit error rate of 10^ versus number of levels of multilevel modulation systems is presented
