Publications

Recent advances in low-loss optical fibers have made optical fiber transmission systems one of the most promising new technologies.

The demand for more reliable computing systems has grown rapidly with advances in hardware and increasing dependence on computer systems for critical on-line applications.

We present a neutron scattering study of Eu(0.54)Sr(0.46)S in magnetic fields H= 60 mT. The Bragg intensity is history- dependent in both the ferromagnetic and spin glass (SG) regimes.

A quench of a d-dimensional spin system from a random initial configuration, { -> over S sub i (O))}, to a critical point is considered.

The connection between the multilevel factorization method recently proposed by Sarin and Sameh for solving mixed discretizations of the Stokes equation and hierarchical basis preconditioners is es

We show that with reasonable values of anomalous resistivity, surface-wave-induced magnetic reconnection at an interface between two plasma regions (such as the magnetosheath and the magnetopause)

Karmarkar's 1984 paper [3] has kindled considerable interest in interior-point algorithms for linear programming (LP).

: Electro-absorption based amplified modulators provide a realistic solution for colorless 10Gb/s uncooled ONUs.

To attain seamless handover and reduce the handover failure probability for high-speed railway (HSR) systems, this paper proposed a remote antenna unit (RAU) selection assisted handover scheme base

Test techniques have been developed to perform remote conducted emission measurements when the physical distance between the equipment under test (EUT) and the line impedance stabilization network