What is a multiprogramming operating system?
Multiprogram operating system is a system that allows end users to operate more than one program at a time. The development of such a system, the first type that allows this function was the main step in the development of sophisticated computers. The technology works by to switch the computer (CPU) of the computer between two or more running tasks when the CPU is idle.
The first computers were largely devoted to the implementation of one program - or more precisely one task initiated by the program - in time. Understanding the concept of tasks is the key to understanding how the multiprogram operating system works. The "task" is a small sequence of commands that, when combined, include the design of the running program. For example, if the program is a calculator, one task of the program would record numbers that are end -user inputs.
The multiprogram operating system has an analysis of current CPU activities on the computer. When Ippad is idle - when it is between tasks -He has the opportunity to use these downtime to perform tasks for another program. In this way, the functions of several programs can be performed gradually. For example, when the CPU waits for calculating the end user to calculate the numbers instead of being completely idle, the components of the website that the user approaches can run.
The main advantage of this function is that it can shorten unnecessary time in system operations. As in business, efficiency is the key to generating the most profit from the company. The use of this type of operating system eliminates waste in the system by ensuring that the computer processor runs on maximum capacity of more time. This results in a smoother computing experience from the end of the end user, as the program orders are constantly carried out in the background of the Times, the help of the programs.
MULTIPRODULATION SYSTEM has been largely replaced by a new generation ofPeaching system known as multitasking operating systems. In the multitasking system, the system may not wait to complete the task before moving to work on the active program. Instead, it can interrupt the running program at any time to move its CPU resources to another active program. This ensures a more dynamic approach to handling parallel programs.