(a) The scheduler is 'fair’’ towards (i.e. equally nice towards) both real-time and non-realtime processes, i.e. doesn't starve non-realtime processes while favouring the non-realtime processes. (b) Is as suitable for server workloads, that involves either heavy computation an/or bulk I/0 operations, as it is towards desktop applications like multimedia players and web browsers. (c) Is not effective as a hard real-time scheduler since the kernel is itself preemptive. (d) It is not suitable for non-realtime process scheduling, e.g. those pertaining to copying. large volumes of data from the network to a disk.
(a) The scheduler is 'fair’’ towards (i.e. equally nice towards) both real-time and non-realtime processes, i.e. doesn't starve non-realtime processes while favouring the non-realtime processes. (b) Is as suitable for server workloads, that involves either heavy computation an/or bulk I/0 operations, as it is towards desktop applications like multimedia players and web browsers. (c) Is not effective as a hard real-time scheduler since the kernel is itself preemptive. (d) It is not suitable for non-realtime process scheduling, e.g. those pertaining to copying. large volumes of data from the network to a disk.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
Related questions
Question
The following is/are not true about the current Linux scheduler: *
a&b&c.
a&c.
Only a.
a&c&d.
a&b.
None of the above
a&d.
![(a) The scheduler is
i.e. doesn't starve non-realtime processes while favouring the non-realtime processes.
`fair'' towards (i.e. equally nice towards) both real-time and non-realtime processes,
(b) Is as suitable for server workloads, that involves either heavy computation an/or bulk I/0 operations,
as it is towards desktop applications like multimedia players and web browsers.
(c) Is not effective as a hard real-time scheduler since the kernel is itself preemptive.
(d) It is not suitable for non-realtime process scheduling, e.g.
those pertaining to copying. large volumes of data from the network to a disk.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff6ce0122-6418-4a79-acb4-edbb535805fc%2F43c6c3f5-fbd1-4421-ae5e-296eb3fedc33%2Fuhh0nxp_processed.png&w=3840&q=75)
Transcribed Image Text:(a) The scheduler is
i.e. doesn't starve non-realtime processes while favouring the non-realtime processes.
`fair'' towards (i.e. equally nice towards) both real-time and non-realtime processes,
(b) Is as suitable for server workloads, that involves either heavy computation an/or bulk I/0 operations,
as it is towards desktop applications like multimedia players and web browsers.
(c) Is not effective as a hard real-time scheduler since the kernel is itself preemptive.
(d) It is not suitable for non-realtime process scheduling, e.g.
those pertaining to copying. large volumes of data from the network to a disk.
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