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In computer operating systems, a process (or task) may wait for another process to complete its execution. In most systems, a parent process can create an independently executing child process . The parent process may then issue a wait system call , which suspends the execution of the parent process while the child executes.
There may be many "ready" processes at any one point of the system's execution—for example, in a one-processor system, only one process can be executing at any one time, and all other "concurrently executing" processes will be waiting for execution. A ready queue or run queue is used in computer scheduling. Modern computers are capable of ...
Once the event occurs for which the process is waiting ("is blocked on"), the process is advanced from blocked state to an imminent one, such as runnable. In a multitasking computer system, individual tasks, or threads of execution, must share the resources of the system. Shared resources include: the CPU, network and network interfaces, memory ...
A wait state is a delay experienced by a computer processor when accessing external memory or another device that is slow to respond.. Computer microprocessors generally run much faster than the computer's other subsystems, which hold the data the CPU reads and writes.
IS-IS—Intermediate System to Intermediate System; ISA—Industry Standard Architecture; ISA—Instruction Set Architecture; ISAM—Indexed Sequential Access Method; ISATAP—Intra-Site Automatic Tunnel Addressing Protocol; ISC—Internet Storm Center; iSCSI—Internet Small Computer System Interface; ISDN—Integrated Services Digital Network
The basic idea is that in situations where a system must wait for something to happen, rather than waiting indefinitely, the waiting will be aborted after the timeout period has elapsed. This is based on the assumption that further waiting is useless, and some other action is necessary.
In an operating system, a deadlock occurs when a process or thread enters a waiting state because a requested system resource is held by another waiting process, which in turn is waiting for another resource held by another waiting process. [3]
In computer science, an input queue is a collection of processes in storage that are waiting to be brought into memory to run a program. Input queues are mainly used in Operating System Scheduling which is a technique for distributing resources among processes.