Publications

Infinitesimal perturbation analysis is a technique for estimating derivatives of performance indices from simulation or observation of discrete event systems.

In this work, again using Rutherford backscattering under channeling conditions, we have investigated the interface between InP and a deposited dielectric or metal for various other types of plasma

Substantial new insights into the structural mechanism underlying the cooperative oxygen binding properties of hemoglobin have resulted from studies on non-equilibrium forms of hemoglobin using ti

The published work on analytical ({''}mathematical{''}) and computer-aided, primarily finite-element-analysis (FEA) based, predictive modeling of the dynamic response of electronic systems to shock

We discuss the substitutional doping of the cuprate superconductor Ba4Er2Cu7O15, Er247, by aluminum and by gold that leach from the crucibles used during crystal growth.

This paper examines several general aspects of the natural packing structures for molecules in condensed phases, i.e. the collection of local minima in the many-body potential energy function.

It has been reported that the structural stability is significantly deteriorated under radio-frequency-ultrasonic perturbation at relatively low temperatures, e.g., near/below the glass transition

Transformation-based model adaptation techniques like maximum likelihood linear regression (MLLR) rely on an accurate selection of the number of transformations for a given amount of adaptation dat

In this paper, a new approach for model adaptation, extended maximum a posterior linear regression (EMAPLR), is described.

High resolution x-ray and optical studies were performed on oriented samples of the recently discovered smectic-A* phase.