Sentence examples for concurrently solving from inspiring English sources

After obtaining optimum unknown design parameters, FPSEs behavior can be scrutinized concurrently solving dynamic and thermodynamic equations of the engine.

A two-phase formulation has been implemented, in which the velocities of the liquid and solid phases are concurrently solved for.

A dual-timestepping approach is proposed where a Jacobi method is employed for the momentum equations while the pressures are concurrently solved via a matrix-free preconditioned GMRES methodology.

The probability requirement is expressed by a set of LMIs that is derived by extending an existing second-order cone method; these LMIs are to be concurrently solved with the BRL BLMIs.

The probability requirement is expressed by a set of linear matrix inequalities (LMIs) that is derived by extending an existing second-order cone method; these LMIs are concurrently solved with the BLMIs of the BRL.

Furthermore, a greedy algorithm is proposed to generate a more compact set of slices and fibers from any camera motion trajectory, resulting in hybrid GAC model, a more promising way to concurrently solve the problems of computational inefficiency and memory burden.

The developed transient code concurrently solves three tailored dynamic models of each involved sub-system, namely: building envelope (a benchmark room defined by ISO 13791), radiant floor (designed in accordance with EN 1264-2), and heat pump (an air-to-water electrically-driven modulating unit).

Other problem related to what has been discussed in this paper is the dynamic creation and deactivation of parts of processes that are used concurrently to solve a problem.

Although these protocols are based on IP networks, their ideas can still be inherited by ICN, to concurrently well solve the two challenges, the content delivery and mobility support.

Parallel computing uses multiple processing elements concurrently to solve a problem.

One approach for capture of solar energy is the exploitation of microalgae, which can photosynthetically produce H2 from water, ferment starch into H2 and organic acids, and convert CO2 into liquid biofuel, providing different renewable energy forms and concurrently contributing to solving the greenhouse gas problem [ 1- 4].