Consider that you have to run several computer programs simultaneously on a computer. Each program takes input from a file and output information on a printer. How does different components of an Operating system (like memory management, 1/0 management, Process management, file system and user interface) will help in execution of these programs.

Consider that you have to run several computer programs simultaneously on a computer. Each program takes input from a file and output information on a printer. How does different components of an Operating system (like memory management, 1/0 management, Process management, file system and user interface) will help in execution of these programs.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

The most efficient technique of doing this is to utilize a virtual environment to run many operating systems at the same time on a single computing device. What would you use to describe the current situation in your own words, whether you agree with it or disagree with it?
The most effective method for doing this is to use a virtual environment to run many operating systems concurrently on a single machine. Whether you concur or disagree, how would you sum up the current circumstance?
All multiprogramming operating systems, from single-user systems such as Windows for end users to mainframe systemssuch as IBM’s mainframe operating system z/OS which can support thousands of users, are built around the concept ofthe process. Most requirements that the OS must meet can be expressed with reference to processes. We can also thinkof a process as an entity that consists of a number of elements Why are two modes (user and kernel) needed?
To run multiple operating systems on a single machine at the same time, the most efficient method is to use a virtual environment. No matter whether you agree or disagree with the current scenario, how would you characterize it in your own words?
The implementation of system calls ought to take place in a separate operating system. It's possible that the operating system will choose to implement a system call for its own reasons.
This may be accomplished most efficiently by using a virtual environment to run many operating systems on a single machine. Regardless of whether you agree or disagree with the current situation, how would you describe it in your own words?
The most efficient technique is to utilise a virtual environment to run many operating systems on a single machine at the same time. In your own words, how would you characterise the current situation, whether you agree or disagree?
The most effective way to run several operating systems on a single computer at the same time is to utilise a virtual environment. Regardless of whether you agree or disagree with the current situation, how would you describe it in your own words?
It is possible to run several operating systems on a single computer by making use of a virtual environment. This is the most time- and resource-effective method. In your own words, how would you characterise the present scenario, regardless of whether you agree or disagree with the previous statement?
Using a virtual environment makes it simpler to run many operating systems in parallel on a single computer. Whether you agree or disagree, how would you sum up the present state of affairs in your own words?
Using a virtual environment to run several operating systems simultaneously on a single machine is the most efficient technique of doing so. Whether you agree or disagree, how would you describe the current situation in your own words?
It's possible that running the process in a virtual machine would be the most time- and resource-effective option. What, in your own words and regardless of your opinion, best captures the current situation?