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4 cards from this section. Quick, good the night before a test.
What is an interrupt?
Think about situations when the CPU must respond immediately.
Define a subroutine.
Consider how functions are used in programming.
What is the main purpose of an interrupt?
Think of emergency notifications.
True or False: Subroutines can be called from multiple locations in a program.
Consider the structure of modular programming.
Design a simple CPU architecture where interrupts and subroutines might lead to execution delays. Explain how you would optimize this architecture.
Consider performance metrics and latency management.
Discuss how the frequency and handling of interrupts can profoundly affect system performance. Provide real-world examples.
Reflect on systems where responsiveness and latency are critical.
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