An optical sampling source based on simultaneous clock recovery and optical pulse generation with an electroabsorption modulator is demonstrated.
Recent success of turbo-like coding schemes on memoryless channels has sparked interest in using them on intersymbol interference (ISI) channels.
This paper shows that certain basic descriptions of the time-dependent behavior of the M/M/1 queue have very simple representations as mixtures of exponentials.
Semi-empirical tight-binding models have been widely used but the details of their relationship to more fundamental theories have never been clear and so they have usually been treated as fitting a
We generalize a type of variational wavefunction introduced by Kasteleijn and Marshall, to include long-range correlations and non-bipartite lattices.
We describe a novel DYNAMIC CHANNEL ALLOCATION scheme for cellular systems which has good co-channel interference properties.
The problem of computing the maximum of n inputs on an asynchronous parallel computer is considered.
A Gauss-Seidel (successive substitutions) method for solving the generalized throughput equation for (possible unstable) Jackson networks is considered.
Recently, several authors have dealt with techniques for making low-loss joints between multimode 1 - 4 or single-mode 5 optical fibers.
We present a two-dimensional electron heterostructure field effect device of simplistic design and ease of fabrication that displays high mobility electron transport.
