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- Interrupt nesting in computer organization refers to the following:
- Priority structure: I/O devices are organized in a priority structure, where higher-priority devices are recognized for interrupts while lower-priority devices are not1.
- Disabling interrupts: When the processor is busy executing an interrupt service routine, interrupts are disabled to prevent multiple interrupts from the same device2.
- Multiple levels: Interrupt nesting can happen multiple times, creating multiple levels of interrupted interrupts3.
Learn more:✕This summary was generated using AI based on multiple online sources. To view the original source information, use the "Learn more" links.Interrupt Nesting: In this method, the I/O device is organized in a priority structure. Therefore, an interrupt request from a higher-priority device is recognized whereas a request from a lower-priority device is not. The processor accepts interrupts only from devices/processes having priority.www.geeksforgeeks.org/interrupts/Interrupt Nesting When the processor is busy in executing the interrupt service routine, the interrupts are disabled in order to ensure that the device does not raise more than one interrupt. A similar kind of arrangement is used where multiple devices are connected to the processor.binaryterms.com/interrupts-in-computer-architectur…If an interruptible interrupt (your "low priority interrupt") gets interrupted by an other interrupt ("high" or "low"), the kernel saves the old execution code of the interrupted interrupt and starts to process the new interrupt. This "nesting" can happen multiple times and thus can create multiple levels of interrupted interrupts.stackoverflow.com/questions/34527763/linux-neste… - People also ask
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