Compare compilers A and B for a program, where compiler A results in a dynamic instruction count of 6.9x10^9 and an execution time of 5 seconds, and compiler B results in a dynamic instruction count of 5.1x10^9 and an execution time of 4 seconds. a. Find the average CPI for each program, given a processor clock cycle time of 2 ns. b. If the compiled programs run on two different processors with the same execution times, what is the relative speed of the processor clocks?

Can you please help me with this problem and the parts that come with it, can you please do this step by step and can you label the parts as well.

Take the accompanying project fragment for a theoretical CPU having three client registers R1, R2 and R3. Guidance Operation Instruction Size(in words) MOV R1,5000; R1- Memory[5000] MOV R2, (R1); R2 - Memory[(R1)] ADD R2, R3; MOV 6000, R2; 2 1 R2 - R2 + R3 1 Memory [6000] – R2 End Machine ends 1 Leave the clock cycles needed for different tasks alone as follows: Register to/from memory move: 3 clock cycles ADD with the two operands in register : 1 clock cycle Instruction get and unravel : 2 clock cycles for each word The absolute number of clock cycles needed to execute the program is

Computer Organ & Architecture