AbstractA broadcast network in which a sender transmits to several receivers, each receiving different data, is considered.
Enhancing Forward Error Correction (FEC) is necessary to recover from physical impairments faced by high order modulation transmission in long haul networks.
Many interior-point linear programming algorithms have been proposed since Karmarkar's algorithm for linear programming problems appeared in 1984.
Power spectra of digital angle-modulated signals can be calculated in many ways.
We propose a semi-analytical model for predicting nonlinear distortion spectral density in dispersion unmanaged systems.
In recent years, digital-frequency and phase-modulation techniques have been increasingly important in radio, waveguide, and optical communication systems.
The time-averaged power spectrum of a single-mode semiconductor laser under direct intensity modulation is calculated using the small-signal analysis of the stochastic rate equations.
In this paper we examine the power spectral density at the output of an ideal hard limiter when the input is driven by a collection of independent gaussian processes.
We explore the impact of topology, traffic, and amplifier physics on node-to-node channel-power coupling effects in an optically transparent mesh network and describe a simple control strategy for
This article describes the power feed system and the equipment used to supply dc operating power to the repeaters and equalizers spaced about every two miles along the cable system.
