1463680000

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1463680000 application field and working principle is an important concept used to define the technical usage of embedded systems. It is made up of two main elements: application field and working principle. By understanding both conceptually and with the appropriate technical knowledge, engineers and developers are able to apply embedded systems in different areas to meet different needs.

As far as application field is concerned, embedded systems are commonly used in a variety of different fields. For example, they are employed in the automotive industry to offer control and monitoring of vehicle operations, in industrial automation for production and processes as well as in range of consumer electronics. Additionally, embedded systems can be found in medical equipment, communications systems, robots and a wide variety of home appliances such as in microwaves, washing machines and air conditioners.

Embedded systems are also used in the military to enable military operations and to protect personnel. As security and communications technology advance, more complex embedded systems can be employed to streamline operations both for offensive and defensive purposes. This common usage of embedded systems has also proved to be invaluable for activities such as navigation, surveillance and remote sensing.

Working principle is also essential to understanding embedded systems. In general terms, given the appropriate parameters, any embedded system with fixed hardware and software components is able to process data, control operations and effectively ‘react’ to stimuli. Put in layman terms, this sets out the basic working principles of embedded systems, that is, that they employ fixed systems to process and respond to information so as to autonomously perform and store functions.

This then provides the foundation for any potential embedded system to be designed and applied. In the domain of robotics, for example, robots are capable of processing varied information, interpreting it and acting accordingly. In the modern world, robots are used increasingly in a variety of applications. These range from medical robots making use of embedded systems to carry out intricate surgical operations, to home robots such as vaccum cleaners and lawn mowers. Therefore, understanding the working principle of embedded systems is of great importance when considering their application.

Overall, the application field and working principle of embedded systems offer a wide range of technical opportunities when it comes to their application. Without a sound understanding of both application fields and working principles, embedded systems cannot be applied with the same degree of efficiency. Hence the importance of understanding and employing both concepts when considering the range of technical options that open up by making use of embedded systems.

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