What is the difference between an embedded system and general-purpose computer? General purpose computers can run multiple applications whereas embedded system runs only one application. General-purpose computers can be programmed, however, embedded systems not. General purpose systems require faster execution while embedded systems generally have runtime constraints. All of the mentioned. None of the mentioned

What is the difference between an embedded system and general-purpose computer? General purpose computers can run multiple applications whereas embedded system runs only one application. General-purpose computers can be programmed, however, embedded systems not. General purpose systems require faster execution while embedded systems generally have runtime constraints. All of the mentioned. None of the mentioned

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter14: System Administration

Section: Chapter Questions

Problem 3RQ

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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.
Is the functionality of a microkernel considered to be indispensable for operating systems? In a fashion akin to the modular approach.
Successful computing is when the end-user finds the most use of the operating system they interact with. Software developers consider the end users' experiences in their works, including features that offer the needed expertise to their customers. However, most operating systems have almost similar capabilities, and they offer nearly complementary services to their users. However, special features can be incorporated and integrated into the system as times and needs change since the system was first developed. These changes follow the systems development to enhance compatibility and safeguard the system against vulnerabilities and hacking threats. At the present times and the times ahead, users would prefer software with all features that make work easier, improve user experience, and offer almost all service needs at a button click (Turban et al., 2018). So developers would be keen to have a shortcut key, screen captures, and accessibility features on all hardware devices needed for…
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.
The definition of real-time operating system may be better understood with the aid of specific examples of such systems. What sets this operating system apart from the numerous others that are currently available on the market? How do the different parts of an operating system interact with one another and provide support to one another?
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.
Prove that interrupt-driven operating systems perform better than non-interrupt-driven operating systems using examples.
The majority are able to take into consideration a diverse selection of computer operating systems without being required to specify the number of general-purpose processors that are used in the categorization of the many sorts of computers. Please explain the significance of these individual components of a computer system, as well as their place within the many categories to which they belong.
Prove that interrupt-driven operating systems outperform non-interrupt-driven operating systems by utilizing examples.
This inquiry pertains to the distinction between a standalone operating system and an integrated operating system within a computer system?
Large computer processes and applications may be divided into subsystems as necessary. What are the benefits of sensibly segmenting this system?
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.