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  1. What is an Interrupt? - GeeksforGeeks

    Jul 12, 2025 · Interrupts play a crucial role in computer devices by allowing the processor to react quickly to events or requests from external devices or software. In this article, we are going to …

  2. Interrupt - Wikipedia

    Interrupt signals may be issued in response to hardware or software events. These are classified as hardware interrupts or software interrupts, respectively. For any particular processor, the …

  3. Types of Interrupts | How to Handle Interrupts? | Interrupt Latency

    Mar 22, 2024 · Interrupt is a signal which processor should process its signal immediately. Read this post to know about types of Interrupts, interrupt handlers and latency.

  4. INTERRUPT Definition & Meaning - Merriam-Webster

    The meaning of INTERRUPT is to stop or hinder by breaking in. How to use interrupt in a sentence.

  5. Interrupts 101 - What They Are and When NOT to Use Them

    Apr 9, 2025 · Interrupts are a foundation of responsive embedded system design. They enable microcontrollers to temporarily pause their current execution and rapidly respond to critical …

  6. What Are Interrupts? Their Role in Computer Systems

    What are interrupts? Learn how interrupts manage computer processes, improve efficiency, and handle critical events.

  7. What Is an Interrupt? - Computer Hope

    Sep 7, 2025 · Definition and significance of interrupts in computing. Explore how hardware interrupts function and their role in processor operations for optimal performance.

  8. What is interrupt in computing? - TechTarget

    Jul 14, 2022 · In some cases, software interrupts may be triggered unexpectedly by program execution errors rather than by design. These interrupts are known as exceptions or traps.

  9. Interrupts: A Comprehensive Overview - Ace Learns

    Interrupts are critical components in computer systems, allowing efficient and responsive interaction between the CPU and various hardware and software elements.

  10. Chapter 12: Interrupts - University of Texas at Austin

    This chapter presents general concepts about interrupts, and specific details for the Cortex™-M microcontroller. We will then use periodic interrupts to cause a software task to be executed …