Sentence examples for transport computing from inspiring English sources

The survey covers the biggest sector of the UK economy, accounting for three-quarters of growth and ranging from transport, computing and professional services to hotels and restaurants, although it excludes retailers and spending on government services.

Table 2 contains a comparison of mass transport coefficients computed by primary model, mass transport coefficients computed in distance LDincluding magnetic forces and mass transport coefficients computed in distance LDincluding both magnetic and electrostatic forces.

A comparison of mass transport coefficients computed by the primary model, mass transport coefficients computed in distance LD including magnetic forces, and mass transport coefficients computed in distance LD including both magnetic forces and electrostatic forces.

The current advance and the sediment transport rate computed by the model compare favourably with field measurements.

Cross-shore and long-shore transport are computed separately based on the local orientation of the contour lines defined over a certain length scale.

The analytical solution is further incorporated into a stochastic column model of flow and transport to compute mean solute concentration in a heterogeneous field.

The deviation angles and other parameters of SPM transport are computed for a range of water depths 5 50 m, particle settling velocities 0.1 6 cm/s, and current speeds 0.4 1.2 m/s.

The proper orthogonal decomposition (POD) is adapted for use with Monte Carlo simulations to generate reduced order models of terrestrial radiation detection scenarios, and we show that the use of ROMs can result in high fidelity radiation transport simulations computed with many fewer particle histories than are required for standard calculations.

The transport coefficients computed from independent measurements by the multiple linear regression method show that the surprising experimental results of Despic and Hills (Trans. Faraday Soc.21, 150, 1956) are described with semi-quantitative precision by the heterogeneous Spiegler and the Stefan Maxwell diffusion equations.

We further investigate the role of ocean dynamics in driving changes in ocean heat transport convergence by computing the grand ensemble assimilation heat transport convergence using climatological temperatures (from each assimilation averaged over 1960 2009) but time varying velocities.

The implementation of this type of architecture will open up new vistas for a new class of devices for transport, storage, and computing.