Podcast
Questions and Answers
In the context of caching, which of the following is not crucial to program performance?
In the context of caching, which of the following is not crucial to program performance?
- Caching virtual addresses (correct)
- Caching virtual memory pages
- Caching virtual address translations
- Caching portions of physical memory
For which values of CONSTANT can X not be equal to Z in the provided code snippet?
For which values of CONSTANT can X not be equal to Z in the provided code snippet?
- For large negative values of CONSTANT (e.g., > -100)
- For small negative values of CONSTANT (e.g., < -1,000,000,000) (correct)
- For large positive values of CONSTANT (e.g., >1,000,000,000)
- For small positive values of CONSTANT (e.g., < 100)
In a system with specific disk characteristics, what is the maximum number of page faults per second that can be serviced?
In a system with specific disk characteristics, what is the maximum number of page faults per second that can be serviced?
- 100
- 77 (correct)
- 50
- Not enough information to determine the answer
If a parent process forks a child process, which resources might they need to synchronize access to prevent unexpected behavior?
If a parent process forks a child process, which resources might they need to synchronize access to prevent unexpected behavior?
According to Mr. Fred's statement, if one of a process’s memory addresses is bigger than a second one, then its corresponding value must appear before the second one’s value in physical memory. True or False?
According to Mr. Fred's statement, if one of a process’s memory addresses is bigger than a second one, then its corresponding value must appear before the second one’s value in physical memory. True or False?
Which of the following is NOT a universal property of reader-writer locks?
Which of the following is NOT a universal property of reader-writer locks?
What does 'starvation' refer to in relation to threads?
What does 'starvation' refer to in relation to threads?
How does x86 assembly store the return value when a function is finished?
How does x86 assembly store the return value when a function is finished?
What would be an effect of allocating more bits to the exponent part in IEEE floating point representation by taking them from the fraction part?
What would be an effect of allocating more bits to the exponent part in IEEE floating point representation by taking them from the fraction part?
What will happen when you attempt to compile, link, and run the provided code snippet?
What will happen when you attempt to compile, link, and run the provided code snippet?
