menu
search
Log In
Quick search syntax
tags tag:apple
author user:martin
title title:apple
content content:apple
exclude -tag:apple
force match +apple
views views:100
score score:10
answers answers:2
is accepted isaccepted:true
is closed isclosed:true

Subjects

Network Sites

 GO Mechanical
 GO Electrical
 GO Electronics
 GO Civil
 CSE Doubts

Andrew S. Tanenbaum (OS) Edition 4 Exercise 6 Question 17 (Page No. 467)

0 votes
45 views

All the trajectories in Fig. 6-8 are horizontal or vertical. Can you envision any circumstances in which diagonal trajectories are also possible?

in Operating System 45 views

Please log in or register to answer this question.

← Prev. Next →
← Prev. Qn. in Sub. Next Qn. in Sub. →

Related questions

2 votes
0 answers
1
53 views
Andrew S. Tanenbaum (OS) Edition 4 Exercise 6 Question 27 (Page No. 467)
One way to eliminate circular wait is to have rule saying that a process is entitled only to a single resource at any moment. Give an example to show that this restriction is unacceptable in many cases.
One way to eliminate circular wait is to have rule saying that a process is entitled only to a single resource at any moment. Give an example to show that this restriction is unacceptable in many cases.
asked Oct 30, 2019 in Operating System Lakshman Patel RJIT 53 views
0 votes
2 answers
2
183 views
Andrew S. Tanenbaum (OS) Edition 4 Exercise 6 Question 26 (Page No. 467)
A system has four processes and five allocatable resources. The current allocation and maximum needs are as follows: What is the smallest value of x for which this is a safe state?
A system has four processes and five allocatable resources. The current allocation and maximum needs are as follows: What is the smallest value of x for which this is a safe state?
asked Oct 30, 2019 in Operating System Lakshman Patel RJIT 183 views
0 votes
1 answer
3
92 views
Andrew S. Tanenbaum (OS) Edition 4 Exercise 6 Question 25 (Page No. 467)
The banker’s algorithm is being run in a system with $m$ resource classes and $n$ processes. In the limit of large $m$ and $n,$ the number of operations that must be performed to check a state for safety is proportional to $m^{a} n^{b}.$ What are the values of $a$ and $b?$
The banker’s algorithm is being run in a system with $m$ resource classes and $n$ processes. In the limit of large $m$ and $n,$ the number of operations that must be performed to check a state for safety is proportional to $m^{a} n^{b}.$ What are the values of $a$ and $b?$
asked Oct 30, 2019 in Operating System Lakshman Patel RJIT 92 views
Dark theme
Muffin by Hélio Chun
Thanks to Q2A
...