As Assembly language code runs on a CPU invoking functions and using the stack, it is clear that CPU registers are O a shared resource (in other words, there is only one set of registers that all code shares) secured resource (that is, they cannot be changed by programming logic without proper authorization) O a limitless resource (in other words, they work much like the run-time stack which is limited only by the amount of RAM space on your computer) O a duplicated resource (in other words, each function gets its own independent copy of the CPU registers to work with)
As Assembly language code runs on a CPU invoking functions and using the stack, it is clear that CPU registers are O a shared resource (in other words, there is only one set of registers that all code shares) secured resource (that is, they cannot be changed by programming logic without proper authorization) O a limitless resource (in other words, they work much like the run-time stack which is limited only by the amount of RAM space on your computer) O a duplicated resource (in other words, each function gets its own independent copy of the CPU registers to work with)
Chapter4: Processor Technology And Architecture
Section: Chapter Questions
Problem 2PE: If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the...
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