We accelerate a 3-D finite-difference in the time domain wave propagation code by a factor
between about 20 and 60 compared to a serial implementation using graphics processing …

A lot of effort and time is utilized in the planning and building of the cellular wireless
networks to use minimum infrastructural components to provide the best network coverage …

Over the last two years, GSM and UMTS femtocell access points have been proposed as a
solution to the poor indoor coverage problem experienced in certain areas. Research on …

In this letter, a multi-GPU accelerated one-step leapfrog alternative-direction-implicit finite-
difference time-domain (ADI-FDTD) based on parallel SPIKE tridiagonal systems solver is …

Recent developments in the design of graphics processing units (GPUs) have made it
possible to use these devices as alternatives to central processor units (CPUs) and perform …

Femtocells, or home base stations, are a potential future solution for operators to increase
indoor coverage and reduce network cost. In a real WiMAX femtocell deployment in …

To fully exploit hardware resources and maximize the throughput of the heterogeneous
systems, a graphics processing unit (GPU)+ CPU collaborative computing method for the …

Three distinctively different implementations of convolutional perfectly matched layer for the
FDTD method on CUDA enabled graphics processing units are presented. All …

Radio propagation model simulates of electromagnetic wave propagation in space and
calculates the strength of radio signals. It provides the basis for forecasting, analysis and …

Providing an appropriate indoor coverage is still a fundamental challenge for mobile
operators, in particular for Long Term Evolution (LTE) enterprise femtocell networks …