Sentence examples for a large amount of computing from inspiring English sources

The use of CFD to compute vertical fin buffeting is challenging and requires a large amount of computing power.

Recent progress in supercomputer technology has enabled the calculation of accurate seismograms based on wave theory, which requires a large amount of computing resources.

A large amount of computing ability is often required, alongside the need to fully understand the context of the data, as well as the overarching clinical question.

A repeated computations in the optimization process, requires a large amount of computing time and resources.

Displaying a GUI often consumes a large amount of computing time and space.

But the expansion and corrosion of the closed operation need to analyze each pixel, so it needs to occupy a large amount of computing time and memory.

Having received considerable attention in bioinformatics research, cloud computing integrates a large amount of computational power and storage resources, as well as provides different services through a network, such as infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS).

The cloud providers, who own large datacenters composed of a large amount of computers with internet link, provide users with the environment of data storage and software development with abstract management of computing resources in the datacenters.

"To an observer unaware of the Y2K issue," Mr. Medoff and Mr. Harless wrote in their study, which I commissioned for Grant's Interest Rate Observer, "it might appear that the new computers must have possessed an extremely large amount of computing power -- otherwise, why would people be so eager to buy them?

However, the construction of this region is subject to limits because of the large amount of computing effort and difficulties in analyzing and presenting results in the case that the dimension of the parameter space exceeds four.

The methods differ in their time-complexity and precision, Euler method being the fastest and most inaccurate and therefore suitable for real-time simulation of large graphs with thousands of nodes and edges, while Runge-Kutta is the most complex and accurate method and can be used when higher precision is needed or when large amount of computing power is available.