We review recent advances in modeling nonlinear interference noise (NLIN) in WDM systems.
It is a truism, of course, that experimental, numerical (computer- aided) and analytical approaches are the 'three-wishes', that any engineering science is based upon.
In this paper we derive two new analytic approximations for the delay in the timed token bus network specified in the Manufacturing Automation Protocol, which is based on the OSI reference model.
This paper concerns approximation in the Chebyshev sense, over a prescribed interval xa ^ x ^ xb of a continuous real variable x.
An analytical framework for the calculation of the throughput performance of random-access protocols based on ALOHA is presented under blockage conditions in optical wireless data networks.
We propose a model that describes the electric field profile as it extends into the GaAs layer of a modulation-doped AlGaAs-GaAs structure.
We derive analytical expressions for the extra capacity requirements of mesh networks to ensure survivability against single-link failures.
The use of reliable analytical methods for diagnosing deficiencies of ultrapurification techniques is reviewed.
Higher order sectorization (HOS), which splits macrocells into a larger number of smaller sectors, are receiving significant interests as a cost-effective means of improving network capacity.
An analytical formula is developed for a previously reported radio-frequency (RF) spectral monitoring of the Synchronous Optical Network (SONET) frame alignment header (FAH), where special RF filte
