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3 cards from this section. Quick, good the night before a test.
What is multithreading?
Think about how different tasks can run at the same time in a program.
Why is multithreading important in pipelined CPUs?
Consider what happens when one thread is waiting for resources.
What does multithreading allow a processor to do?
Think about what happens when multiple tasks are running at the same time.
True or False: Multithreading can complicate data consistency.
Consider the implications of multiple threads accessing the same data.
Design a simple multithreaded application that uses multiple threads to handle tasks like data processing and user interface responsiveness. What considerations will you need to ensure it runs smoothly?
Think about how many threads will be needed and what shared resources must be managed.
Analyze a scenario where multithreading can lead to a deadlock situation. How can deadlocks be prevented?
Consider how threads acquire locks and the order of those acquisitions.
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