Sentence examples for systems such as computers from inspiring English sources

By contrast, most uses of computation in science and ordinary practice deal with concrete computation: computation in concrete physical systems such as computers and brains.

One simply must assess specific proposals about specific mental states and processes in order to see how plausible they are, both as an account of human mentality and as a possibly generalizable approach to systems such as computers and the nation of China.

In addition to humans, information systems such as computers and computer networks possess a similar rationality/intentionality scheme.

It designs and manufactures power management semiconductors for both portable devices, such as handheld consumer electronics, laptop computers and cordless power tools and line-powered systems, such as computers, digital TVs, wireless base stations and high-voltage industrial equipment.

In industrial scenario, the model developed can be used to provide the valuable insights for the fault tolerant embedded systems such as computers, power transmission lines, distributed data networks, telecommunications, and power plants, wherein the server as well as machining components are failure prone.

At present, it is not known to what extent artificial systems, such as computers, robots, or the World Wide Web as a whole, are or can become 'conscious.' What is needed is a theory of consciousness that explains in quantitative terms what types of systems, with what architecture, can possess conscious states.

The system with standby support plays a vital role in real-time machining systems due to its critical requirement in many computer embedded systems such as computer networks and telecommunication systems, industrial and information systems, and many more.

The study of control policy-based models in the present investigation will be helpful in the quantitative assessment of the system's reliability and other mean characteristics of many embedded systems such as computer networks, manufacturing systems, transportation systems, etc.

As these technologies continue to develop and capitalize on their simpler integration with other MEMS-based systems such as computer controls and telemetry, BioMEMS' impact on the field of drug delivery will continue to increase.

This is followed by a detailed description of the methods we have applied in a variety of settings in conducting usability testing and usability inspection of systems such as computer-based patient records.

Due to the physical properties or various environmental factors, many real-world systems can be modeled as switched systems such as computer science, autonomous transmission systems, computer disc drivers, control systems, electrical engineering and technology, automotive industry, air traffic management, chemical systems, power systems and communication networks, and other applications [1 9].