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Date: Wed, 12 May 2021 02:56:40 -0700
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We have an important message for you


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In computing, a process is the instance of a computer program that is being executed by one or many threads. It contains the program code and its activity. Depending on the operating system (OS), a process may be made up of multiple threads of execution that execute instructions concurrently.[1][2] While a computer program is a passive collection of instructions typically stored in a file on disk, a process is the execution of those instructions after being loaded from the disk into memory. Several processes may be associated with the same program; for example, opening up several instances of the same program often results in more than one process being executed. Multitasking is a method to allow multiple processes to share processors (CPUs) and other system resources. Each CPU (core) executes a single task at a time. However, multitasking allows each processor to switch between tasks that are being executed without having to wait for each task to finish (preemption). Depending on the operating system implementation, switches could be performed when tasks initiate and wait for completion of input/output operations, when a task voluntarily yields the CPU, on hardware interrupts, and when the operating system scheduler decides that a process has expired its fair share of CPU time (e.g, by the Completely Fair Scheduler of the Linux kernel). A common form of multitasking is provided by CPU's time-sharing that is a method for interleaving the execution of users' processes and threads, and even of independent kernel tasks - although the latter feature is feasible only in preemptive kernels such as Linux. Preemption has an important side effect for interactive processes that are given higher priority with respect to CPU bound processes, therefore users are immediately assigned computing resources at the simple pressing of a key or when moving a mouse. Furthermore, applications like video and music reproduction are given some kind of real-time priority, preempting any other lower priority process. In time-sharing systems, context switches are performed rapidly, which makes it seem like multiple processes are being executed simultaneously on the same processor. This simultaneous execution of multiple processes is called concurrency. For security and reliability, most modern operating systems prevent direct communication between independent processes, providing strictly m



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<div style=3D"color:#F0F0F0; font-size:8px;">In computing, a process is the=
 instance of a computer program that is being executed by one or many threa=
ds. It contains the program code and its activity. Depending on the operati=
ng system (OS), a process may be made up of multiple threads of execution t=
hat execute instructions concurrently.[1][2]

While a computer program is a passive collection of instructions typically =
stored in a file on disk, a process is the execution of those instructions =
after being loaded from the disk into memory. Several processes may be asso=
ciated with the same program; for example, opening up several instances of =
the same program often results in more than one process being executed.

Multitasking is a method to allow multiple processes to share processors (C=
PUs) and other system resources. Each CPU (core) executes a single task at =
a time. However, multitasking allows each processor to switch between tasks=
 that are being executed without having to wait for each task to finish (pr=
eemption). Depending on the operating system implementation, switches could=
 be performed when tasks initiate and wait for completion of input/output o=
perations, when a task voluntarily yields the CPU, on hardware interrupts, =
and when the operating system scheduler decides that a process has expired =
its fair share of CPU time (e.g, by the Completely Fair Scheduler of the Li=
nux kernel).

A common form of multitasking is provided by CPU's time-sharing that is a m=
ethod for interleaving the execution of users' processes and threads, and e=
ven of independent kernel tasks - although the latter feature is feasible o=
nly in preemptive kernels such as Linux. Preemption has an important side e=
ffect for interactive processes that are given higher priority with respect=
 to CPU bound processes, therefore users are immediately assigned computing=
 resources at the simple pressing of a key or when moving a mouse. Furtherm=
ore, applications like video and music reproduction are given some kind of =
real-time priority, preempting any other lower priority process. In time-sh=
aring systems, context switches are performed rapidly, which makes it seem =
like multiple processes are being executed simultaneously on the same proce=
ssor. This simultaneous execution of multiple processes is called concurren=
cy.

For security and reliability, most modern operating systems prevent direct =
communication between independent processes, providing strictly m
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