The nonlinear phase noise in saturated semiconductor optical amplifiers with DPSK modulation is studied by numerical simulation.
Thermal vibration of the atoms in a crystal give rise to a diffuse background in the diffraction pattern (in between the normal allowed Bragg reflections).
Direct simulation of thermal transport in open-cell metal foams is conducted using different periodic unit-cell geometries.
In this paper we discuss a new approach to Performance Engineering called the Object-Oriented Performance Engineering Approach (OOPEA).
Computer simulation is used to study the zero-shear rate viscosity of a colloidal dispersion through the functional dependence of solute concentration, particle size and temperature.
A new ant-based routing is proposed for solving dynamic routing and wavelength assignment in mesh WDM network under the wavelength continuity constraint.
In this paper we investigate and compare TCP performance over DSR (Dynamic Source Routing) and RSR (Redundant Source Routing), a routing method combining multi-path source routing with duplicate pa
When an injury due to blast overpressure (BOP) is generated, it is important to estimate the severity of the injury using information about the blast conditions and to supply proper treatments acco
With the increasing demand for mobile and high-performance IoT applications, cloud computing has shown its weaknesses in providing predictable and low end-to-end communication latency.
We present simulation results of ridged lithium niobate modulators and describe a novel method for visualizing the modulator design space which links structural changes to variations in modulator b
