Interrupt - Wikipedia Interrupts are commonly used by hardware devices to indicate electronic or physical state changes that require time-sensitive attention Interrupts are also commonly used to implement computer multitasking and system calls, especially in real-time computing Systems that use interrupts in these ways are said to be interrupt-driven [3]
INTERRUPT definition and meaning | Collins English Dictionary interrupt, discontinue, suspend imply breaking off something temporarily or permanently interrupt may have either meaning: to interrupt a meeting To discontinue is to stop or leave off, often permanently: to discontinue a building program
Interrupt - definition of interrupt by The Free Dictionary 1 to cause or make a break in the continuity or uniformity of (a course, process, condition, etc ) 2 to break off or cause to cease, as in the middle of something: He interrupted his work to answer the bell 3 to stop (a person) in the midst of something, esp by an interjected remark
What is interrupt in computing? - TechTarget What is an interrupt? An interrupt is a signal emitted by a device attached to a computer or from a program within the computer It requires the operating system (OS) to stop and figure out what to do next An interrupt temporarily stops or terminates a service or a current process
What Are System Interrupts and How Can You Fix High CPU Usage Caused by . . . Discover the causes and fixes for System Interrupts, a critical Windows process Learn how to troubleshoot high CPU usage, identify interrupt conflicts, and optimize system performance Understand the role of system interrupts in managing hardware communication, device drivers, and CPU resources, and find solutions to common system interrupt-related issues
What is an Interrupt? - GeeksforGeeks When the interrupt handler runs, the CPU resets the latch Level-Trigger: The interrupt signal must be held at its specific active logic level (high or low) to request a level-triggered interrupt A level-triggered interrupt is triggered when a device drives the signal to the active level and maintains it there