An amorphous carbon coated optical fiber has been developed to improve the resistance of the fiber to static fatigue and hydrogen permeation.
In this contribution, we calculate the received power distribution required to obtain equal BER performance for all links in a CDMA systems employing a linear successive interference cancellation (
In this contribution we calculate the received power distribution required to obtain equal BER performance for all links in a CDMA system employing a linear successive interference cancellation (SI
Equal-norm tight frames have been shown to be useful for robust data transmission. The losses in the network are modeled as erasures of transmitted frame coefficients.
Mobile network management systems often utilize quantization algorithms for abstraction and simplification of information, to be later processed by human operators or automated functions.
In this paper, we develop receiver concepts for transmission with space-time block codes (STBCs) over frequency-selective fading channels.
We revisit the analysis of equalization-enhanced phase noise (EEPN) arising from the interaction between the chromatic dispersion compensation by an electronic equalizer and the phase noise of the
The maximum bit rate-distance product in recent single-frequency laser, direct detection, lightwave system experiments has been limited by dispersion.
Television transmission places stringent requirements on equalization of the transmission medium. This is particularly true on short-haul intracity circuits.
It has been recognized for some time1 that conventional linear equalization is of limited benefit in improving the performance of multimode optical fiber channels.
