In this paper, we consider a binary pulse regenerator with dc restoration (Fig. 1). This system has the property that in the absence of noise it functions error-free.
This paper considers error probability for the optimum reception of binary signals transmitted through a multipath channel having 1601 1602 T H E BELL SYSTEM TECHNICAL JOURNAL, SEPTEMBER 1907 P pat
In a recent paper 1 we have developed a new method to calculate the error probability of a binary digital data system in the presence of intersymbol interference and additive gaussian noise.
The transmission of information over radio channels with multiple changing-propagation paths is subject to fading, i.e., random time variations of the receiver signal strength.
In order to account for the performance degradation im Space-Time Block Coded (STBC) systems in the presence of spatial correlation, linear proceeding has been proposed that allows for reconfigurab
The performance of coherent phase-shift keyed (CPSK) systems has been investigated by many authors; 1 - 5 in the transmission of information the CPSK system has been shown to be one of the most eff
This paper studies the error rate performance of multi carrier direct sequence code division multiple access (MC DS-CDMA) system in conjunction with maximum ratio combining (MRC) over Nakagami-m mu
As a packet of charge is transferred through a charge transfer device (CTD), the size of the packet is altered owing to effects of incomplete transfer1-2 and noise.
The employment of redundancy coding to reduce bearing indication error is described.
There are times when problems arise in device implementation that appear to be the product of the sheer perversity of the system designer.
