ABSTRACT
Imagine you control all the systems around just by a simple gesture and the things respond to you as if it was some magic. This could be possible with embedded systems.
The term ‘embedded systems’ is quite a complex one. Simply put, it is a combination of hardware and software that performs the component of a larger system. A few years ago embedded technology existed in stand alone devices such as vending machines and copiers that did their jobs with little regards for what went on around them. But as technology advance to connect devices to the internet and to each other, the potential of embedded technology has increased. Home appliances, mobile phones, cars, tiny micro chips, avionics etc.., are all using embedded technology.
High-profile embedded chips are scaleable, generate small amounts of heat, and consume less power. These are generally preferred for their speed, accuracy and reliability. As they are compact in size and ability to perform time-critical and task specific operators, embedded devices find application in all segments of industrial and commercial market places and home appliances.
In recent years, it became apparent that control systems as integral components of larger systems, should be developed and designed concurrently with mechanics, hydraulics, and electronics. It is important that engineers have a good understanding of the implications of software technology embedded into traditional engineering systems. Current machines consist of physical components providing the means and a control system employing those means to fulfill the machine’s function. Together, they build up the controlled machine, which can also be called an embedded system. . New innovative applications in different areas will make embedded systems as one of the fastest developing technology of the near future.
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