In this work, we formulate the fixed-length distribution matching as a Bayesian inference problem.
A fixed compromise equalizer is frequently employed in data transmission systems to compensate for linear distortion introduced by a channel drawn from a random ensemble.
Using an agent-based modeling method, we study market dynamism with regard to wireless cellular services that are in competition for a greater market share and profit.
A computational model to predict MOS (mean opinion score) of processed speech is proposed.
The aim of this work is the determination of the influence of manufacturing defects on the behavior of composite pipes.
Many applications in auditory modeling require analysis filters that approximate the frequency selectivity given by psychophysical data, e.g. from masking experiments using narrow-band maskers.
A computationally efficient technique to extract the diffused profiles and collector resistances of bipolar transistors formed via high energy implantation in a BiCMOS process is developed.
Hundreds of millions of thermocompression bonds are made anually by AT&T Technologies to attach beam leaded silicon devices to hybrid integrated circuits.
Photocurrent spectra can be used to predict the emission wavelength of lasers made from A1GaAs(DH) wafers. The original work used manually acquired data which was interpreted by a manual method.
The first part of this talk wil give an overview and interpretation of some current research in computing environments and its relevance for statistical computing.
