Different tasks call for different kinds of computers, and that's where embedded systems and desktop PCs come in. Unlike computers, embedded systems can only execute one software application at a time. Programming is not an option for embedded systems. Compared to embedded systems, which are bound by runtime, general-purpose systems demand a speedier processing speed.

Different tasks call for different kinds of computers, and that's where embedded systems and desktop PCs come in. Unlike computers, embedded systems can only execute one software application at a time. Programming is not an option for embedded systems. Compared to embedded systems, which are bound by runtime, general-purpose systems demand a speedier processing speed.

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter6: System Integration And Performance

Section: Chapter Questions

Problem 33VE

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There is a distinction between general-purpose computers and embedded systems. Unlike PCs, embedded systems can only simultaneously execute a single piece of software. Embedded systems are incapable of being programmed. General-purpose systems need a faster processing speed than embedded systems, which are constrained by runtime.
General-purpose computers and embedded systems serve different purposes. Unlike PCs, embedded systems can only execute a single software application at once. Systems that are embedded can't be programmed. General-purpose systems must have a faster processing rate than embedded systems, which are constrained by runtime.
General-purpose computers and embedded systems serve different purposes. Unlike PCs, embedded systems can only execute a single software application at once. Systems that are embedded can't be programmed. General-purpose systems need a faster processing speed than embedded systems, which are constrained by runtime.
In contrast to general-purpose computers, embedded systems serve a specific function. Embedded devices, in contrast to personal computers, can only execute a single program at a time. Unfortunately, embedded systems are not programmable. Unlike embedded systems, which may be slow because of their limited runtime, general-purpose systems can take their time.
Both embedded systems and general-purpose computers have their uses. Embedded systems, in contrast to personal computers, can run just one piece of software at a time. Embedded systems are inoperable because they lack a programmable interface. The processing speed of general-purpose systems must be higher than that of embedded systems because of the latter's runtime limitations.
Multiprocessor systems have many benefits, one of which is increased adaptability. However, as a consequence of this benefit, the system's design becomes more complicated.
General-purpose computers and embedded devices perform different tasks. Embedded systems can only execute one program at a time. Programming is impossible for embedded systems. General-purpose systems need faster processing than embedded systems, which are runtime-limited.
Computer Science Describe concerns that occur when designing a time-sharing/multitasking operating system that does not occur in the case of a single-tasking system .
Architecture and computer-based organization are two quite different things when it comes to computers.
Examples differentiate scalar and superscalar CPUs. Superscalar processing takes a long time because of its difficulty. The superscalar processor needs urgent repairs.
Increased adaptability is a significant benefit of multiprocessor systems. This benefit, however, increases the system's design complexity.
Multiprocessor systems are also more flexible. This advantage complicates system design.