Sentence examples for computational equipment from inspiring English sources

My students participate in writing proposals, setting up experimental and computational equipment, acquiring and analyzing data, and preparing manuscripts and presentations.

JB contributed computational equipment.

The first obstacle is solved by the development of computational equipment.

It supports execution of tools on distributed computational equipment using computational job scheduling tools such as Condor (26).

The improvement of the computational equipment, especially the use of GPUs, and the improvements made in the optimization of MD algorithms, including coarse-grained ones, allow us to move from the analysis of single structures, the basis of the molecular modeling as we know it, to the analysis of conformational ensembles.

However, in the past, the cost of processing was very high because the imaging sensors and computational equipments were very expensive and had only limited functions.

It looks impressive enough, but the current rage of using computational fluid dynamics modeling software in data centers is creating a false sense of security in anticipating computer equipment heat loads.

Mobile user demand is equivalent to MS. Specific demand indicators include the following: embedded device control complexity, computational complexity, equipment capacity data storage space complexity, power supply feedback response delay, etc.

Forty-two papers were selected for the three-day meeting on relevant topics including machine dynamics, diagnostics, vibro-acoustic analyses of structures and equipment, computational techniques, modal analysis, dynamic design concepts, passive and active damping, smart actuators and sensors, intensity techniques, and non-linear problems in vibration and acoustics.

But ask the right questions and use the right kind of computational approaches and equipment that are being pioneered at Johns Hopkins and that field of static turns into a picture like a Seurat painting.

Dixon et al. (1991) suggest three components that are essential for any modelling system: 1) an understanding of the process or relationships being modelled; 2) mathematical, statistical, and computational techniques and equipment capable of handling the problem; and 3) experimental or survey data.