* Write an ARMv8 assembly code to compute the equation y = 12 n=1n5. Assume the...

 

Transcribed Image Text:

* Write an ARMv8 assembly code to compute the equation y = 12 n=1n5. Assume the value of a is stored in register X20 and is a 64-bit non-zero positive integer. Store the computed value y in X21. Do not use divide and branch (loops) instructions in your code. Assemble, test, and simulate the assembly code using DS-5 simulator. Do not upload the entire DS-5 project. Only upload the assembly file (.S file) from the DS-5 project to Canvas. Comment your assembly code. [Hint: Convert the summation equation to a formula and write assembly code to compute the formula.] (20 Points) * Write an ARMv8 assembly code to compute the equation y = 12 n=1n5. Assume the value of a is stored in register X20 and is a 64-bit non-zero positive integer. Store the computed value y in X21. Do not use divide and branch (loops) instructions in your code. Assemble, test, and simulate the assembly code using DS-5 simulator. Do not upload the entire DS-5 project. Only upload the assembly file (.S file) from the DS-5 project to Canvas. Comment your assembly code. [Hint: Convert the summation equation to a formula and write assembly code to compute the formula.] (20 Points)