An ____ system is a computer system with a ____ function within a larger ____ and ____ system. Ninety-eight per cent of all processors are manufactured as ____ of embedded systems. One of the earliest examples of an embedded system was the ____ ____ computer used for the ____ missions. Embedded systems range from ____ devices such as digital ____ and MP3 players to ____ stationary installations like traffic lights, factory ____ and largely ____ systems like hybrid vehicles, MRI and ____. As well as instruments used in ____, car engine management ____ and digital ____. Modern ____ systems are often based on ____, CPUs with integrated ____, but ordinary microprocessors are also common, especially in more ____ systems. They are often custom-____ for the application at hand. Examples of properties of typically embedded computers, when compared with general-purpose ____, are ____ power consumption, small size, rugged ____ systems and low per-unit cost. This, of course, comes at the price of ____ processing resources, which can make them ____ more ____ to ____ and to interact with. Since the embedded systems are ____ to a ____ task, design engineers can ____ it to reduce the ____ and ____ of the product and increase the ____ and ____. Some embedded systems, such as this coffee machine here, are mass-produced, further benefiting from ____ of scale. An embedded system is a computer system with a ____ function within a ____ mechanical system. Its typical properties include ____ power consumption, ____ size, ____ operating ranges and low ____ per unit. Typical examples include ____ lights, domestic ____, factory equipment, ____ management systems and ____ equipment.

1.1.3 Embedded Systems

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