Sentence examples for systems computer from inspiring English sources

Network systems evolve from concepts and technologies in computer networks, embedded systems, computer organization, and distributed computing.

Distributed systems, computer clusters and parallel computing paradigms have been increasingly applied in the recent years, since they introduced significant improvements for computing performance in data-intensive contexts, such as Big Data mining and analysis.

The CPS provides great opportunity to perform online crack detection based on the broad implement of sensors, data acquisition systems, computer networks and cloud computing systems together with the rotor dynamic theory so that the sudden breakdown of production lines due to the cracked shafts can be avoided.

Relishing the flavour Picking winners Instant messaging joins the firm Solar cells go organic ReprintsHis research interests appear rather theoretical: operating systems, computer security, Internet software, distributed computing.

Mr. Einhorn, 26, is a software systems computer engineer for Goldman Sachs in Manhattan.

These services are more feasible because of falling prices in three technologies: global positioning systems, computer mapping and cellular networks.

"We now see artists making use of new technologies including multichannel audio systems, computer-programming software, and computer-mediated sound spatialization, for example in installations by the French artist Cédric Maridet," said Yang Yeung, a Hong Kong-based curator and the founder of an organization called Soundpocket.

In the age of newly developed devices and invented systems, computer-aided engineering promises to be an invaluable tool.

Based on this analysis we propose a new pragmatic framework for socio-technical systems engineering (STSE) which builds on the (largely independent) research of groups investigating work design, information systems, computer-supported cooperative work, and cognitive systems engineering.

Since then, the Review has published numerous evaluations conducted by the ADA laboratories of products ranging from light-emitting diode curing units and flowable composites to digital radiography systems, computer-aided design/computer-aided manufacturing systems and more than 70 types of restorative materials.

Anderson has also made fundamental contributions in applying cognitive architectures to practical problems, most notably in the development of intelligent tutoring systems: computer-based tutors that continually infer the cognitive state of the student, striving to determine what the student knows and does not know, and targeting further instruction accordingly.