Compilers and assemblers may be made to optimize the sequencing of assembly language instructions, which reduces pipeline hazards. Do all compilers and assemblers use the same optimization approaches when rearranging assembly language instructions?
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- If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the fetch cycle is 40% of the processor cycle time, what memory access speed is required to implement load operations with zero wait states and load operations with two wait states?Processor R is a 64-bit RISC processor with a 2 GHz clock rate. The average instruction requires one cycle to complete, assuming zero wait state memory accesses. Processor C is a CISC processor with a 1.8 GHz clock rate. The average simple instruction requires one cycle to complete, assuming zero wait state memory accesses. The average complex instruction requires two cycles to complete, assuming zero wait state memory accesses. Processor R can’t directly implement the complex processing instructions of Processor C. Executing an equivalent set of simple instructions requires an average of three cycles to complete, assuming zero wait state memory accesses. Program S contains nothing but simple instructions. Program C executes 70% simple instructions and 30% complex instructions. Which processor will execute program S more quickly? Which processor will execute program C more quickly? At what percentage of complex instructions will the performance of the two processors be equal?Writing compilers and assemblers that rearrange assembly language instructions to minimize pipeline hazards is a way to optimize them. When reordering assembly language instructions, do all assemblers and compilers perform the same optimizations?
- It is possible to develop compilers and assemblers that optimize the sequencing of assembly language instructions to reduce pipeline hazards. Do all compilers and assemblers utilize the same optimization approaches when rearranging assembly language instructions?In order to reduce pipeline hazards, it is possible to develop compilers and assemblers that optimize the sequencing of assembly language instructions. Do all compilers and assemblers rearrange assembly language instructions using the same optimization techniques?It is feasible to create compilers and assemblers that optimize the reordering of assembly language instructions in order to minimize pipeline risks. When reordering assembly language instructions, do all compilers and assemblers use the same optimization techniques?
- Compilers and assemblers may be made to optimize the sequencing of assembly language instructions, which reduces pipeline hazards. Do all compilers and assemblers use the same optimization approaches when rearranging assembly language instructions?It's possible to write compilers and assemblers that rearrange assembly language instructions such that a pipeline has as few dangers as possible. Do all assemblers and compilers rearrange assembly language instructions in the same manner to achieve maximum efficiency?Compilers and assemblers may be designed to sequence assembly language instructions in such a manner that a pipeline has the fewest potential dangers. Do all assemblers and compilers rearrange assembly language instructions in the same manner to achieve maximum efficiency?
- Compilers and assemblers can be built to optimize the rearrangement of assembly language instructions so that a pipeline has the fewest possible dangers. Do all compilers and assemblers optimize the same way when rearranging assembly language instructions?To lessen pipeline risks, compilers and assemblers may be modified to improve the sequencing of assembly language instructions. When optimizing code, do all compilers and assemblers utilize the same strategies for reordering A.L. instructions?Compilers and assemblers can rearrange assembler instructions to reduce pipeline risks as much as possible. What is the degree of consistency between how assemblers and compilers rearrange assembly language instructions?