Write an ARM assembly program to add array A and array B, and stores the resulting array C in data memory. Drawing its data path and control path.

write ARM assembly code to find an average of 16 inputs and store in an address then find minimum and maximum.

MANUALLY decode the following ARM machine language code to ARM assembly instruction. Ox56D54386 Write your answer in TWO parts, the Op-Code in a box and ALL operands in another box. The Op-Code of the instruction is: The operands of the instruction are:

Write an ARM assembly program to read three integer values from variables A, B1, and C . Compute the following expression.      Z= (A- B1)+C     Store the result in Variable Z.

For the whole question, pseudo-instructions are not allowed except “j target_label”and “jr ra”. One suggestion for assembly programming problems is that you can includecomments to one or a block of instructions. Consider a RISC-V assembly function func1. func1 has three passingarguments stored in registers a0, a1 and a2, uses temporary registers t0-t3 andsaved registers s4–s10. func1 needs to call func2 and other functions may call func1also. func2 has two passing arguments stored in registers a0 and a1, respectively. Infunc1, after the program returns to func1 from func2, the code needs the originalvalues stored in registers t1 and a0 before it calls func2. (a) How many words are the stack frames of function func1?(b) Indicate which registers are stored on the stack of func1.

A MISD machine is an example of a systolic array, a kind of array. Data processing units are organized into a "wavefront" in a systolic array. All of these components do not need the use of a program counter since execution is initiated when new data is received. Lock-step computation is achieved in a clocked-systolic array, where each unit completes its alternating calculation and communication phases in the same clock cycle.

Using the ARMv8 A64 instruction set, write a program that places the decimal values #2, #3, and #4 in registers 2, 3, and 4, respectively. The program then computes the sum of the three values, moves the result into register 0, and then exits through the applicable syscall.

I asked the question before and the answer I got does not makes sense.  My question is why did not we considered the Adder, Shift, ANd, Control when calculation delay time.? Again, it is in Risc-V.

Using graphical representation to show the forwarding technique cannot completely avoid the data hazard. How many stall cycles are there when the forwarding technique is used? What is the advantage of having the source register fields in a fixed location for each instruction in instruction pipeline design?

Give me an example of an orthogonal instruction set and tell me what it implies.