| 1. | The emulated bits in the software-maintained table are set by page faults.
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| 2. | They do not change the state of the processor or cause page faults.
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| 3. | Then a page fault interrupt is called which executes the page fault handling routine.
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| 4. | Generally, making more physical memory available also reduces page faults.
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| 5. | In a load-store architecture, instructions that might possibly cause a page fault are idempotent.
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| 6. | Then a page fault interrupt is called which executes the page fault handling routine.
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| 7. | A page fault may not necessarily indicate an error.
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| 8. | Page faults are not only used for memory protection.
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| 9. | For simplicity, the page fault routine is not mentioned.
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| 10. | At the moment when a page fault occurs, some set of pages is in memory.
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