How Real-Time Embedded Computer Systems Affect the World’s Industries
Real-time computer systems are among the most important technological advances humanity has achieved so far. These systems allow man to monitor and control an external environment through a computer, a common technology used in almost all kinds of industry from manufacturing to transportation. They also play a major role in military and science.
The Technology behind Real-Time Systems
What seems to be a complex technology actually follows a simple principle. By connecting a computer system to a network of biological and/or inanimate objects through sensors, actuators, and other input-output interfaces, data can be gathered, processed, and responded to. Some challenges, such as meeting various constraints imposed by real-time behavior of the external world to which the computer system is interfaced, make this technology elaborate, although most of them have already been dealt with.
Impact on Industries and the World
Since their introduction, real-time embedded computer systems have greatly shaped the world as we know it. They have invaded almost all industries and gained control over most major operations and processes. Aircrafts, for instance, have become safer to travel when autopilot was incorporated into their features. Heavy-duty manufacturing operations have become more manageable without huge labor force after computers took over critical production and distribution phases.
Potential Drawbacks
Embedded computer systems run on a strict set of guidelines. They aren't computers that can be easily repurposed for new means and are more often than not designed for a single function or a single piece of equipment in mind. If you are looking to purchase general use computing devices then this is certainly not the way to go.
In the end, real-time embedded computer systems show us a glimpse of the future of all industries that sustain this planet. A great deal of opportunities awaits those who will learn how to maximize the potential of these computer systems. If you’re looking for practical ways to speed up the growth of your business, it’s high time to integrate this technology into your operating system.
Sources:
embedded system, internetofthingsagenda.techtarget.com
Embedded Computer Systems, ece.ncsu.edu
The Technology behind Real-Time Systems
What seems to be a complex technology actually follows a simple principle. By connecting a computer system to a network of biological and/or inanimate objects through sensors, actuators, and other input-output interfaces, data can be gathered, processed, and responded to. Some challenges, such as meeting various constraints imposed by real-time behavior of the external world to which the computer system is interfaced, make this technology elaborate, although most of them have already been dealt with.
Impact on Industries and the World
Since their introduction, real-time embedded computer systems have greatly shaped the world as we know it. They have invaded almost all industries and gained control over most major operations and processes. Aircrafts, for instance, have become safer to travel when autopilot was incorporated into their features. Heavy-duty manufacturing operations have become more manageable without huge labor force after computers took over critical production and distribution phases.
Potential Drawbacks
Embedded computer systems run on a strict set of guidelines. They aren't computers that can be easily repurposed for new means and are more often than not designed for a single function or a single piece of equipment in mind. If you are looking to purchase general use computing devices then this is certainly not the way to go.
In the end, real-time embedded computer systems show us a glimpse of the future of all industries that sustain this planet. A great deal of opportunities awaits those who will learn how to maximize the potential of these computer systems. If you’re looking for practical ways to speed up the growth of your business, it’s high time to integrate this technology into your operating system.
Sources:
embedded system, internetofthingsagenda.techtarget.com
Embedded Computer Systems, ece.ncsu.edu
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