Sentence examples for software applications based on the from inspiring English sources
Advanced software applications, based on the expert system, has the potential to assist engineers in monitoring, detecting, and diagnosing abnormal conditions and thus providing safe guards against these unexpected process conditions.
Today, we build complex software applications based on the things computers do well, such as storing and retrieving large amounts of information or rapidly performing calculations.
Software applications based on the cloud computing paradigm have become very popular in the last few years, both for entertainment and business purposes, and an increasing number of new services including entire virtual IT infrastructures are today considered as part of "the Cloud" [1].
A number of new scientific software applications based on the concepts of the Butterfly model have already been proposed, designed, implemented, tested and are currently in use.
Software applications based on those mechanisms require from users many independent clicks which in consequence change the content of main view panel and 2(b)).
A software application, based on the Discrete Element Method (DEM), has been developed, using a modern object-oriented design and programming approach, in order to enable the effective simulation of multi-drum columns and colonnades under harmonic and earthquake excitations.
UgandaInfo is a standardised software application, based on the ChildInfo software developed by the Community System Foundation and UNICEF.
In this task, software applications based on Computational Design Synthesis (CDS) can support decisions.
For example, Oncescu's group developed a smartphone accessory and software application based on smartphone that allowed for the quantification of cholesterol levels in the blood [25] and Hyun Park's group developed a kind of strip reader for quantitative measurements of H5N1 using fluorescent strips [26].
The effect of degradation rate on the materials' healing performance was analyzed using ABAQUS 6.10, a software application based on a mechano-regulation algorithm that employs deviatoric strain as a mechanical stimulus.
This paper represents the progress report on the development relative to the state of art needed to have multidisciplinary technologies for establishing the best harmonica engagement between human user and software application, based on cognitive analysis.
