4. A benchmark program is run on an 80 MHz processor. Based on the recorded measurements shown below, determine the effective CPI, MIPS rate, and execution time for this program. Instruction Type Instruction Count CPI Integer Arithmetic 30,000 1 Data Transfer 45,000 2 Floating Point 15,000 Control Transfer 10,000 2 Show your work for credit. Effective CPI:

Given the opcode of addu instruction as 0 and function code (funct) as Ox21, provide the instruction code for the following instruction. addu $s3, $s1, $s6

Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es. If applicable, determine the content of the destination after the execution of the instruction. Otherwise, NA. For physical address and content of the destination, use CAPITAL LETTERS,NO SPACE/S in between and NO need to include "H" or the unit. A - is for addressing mode type, e.g. direct B - physical address/es e.g. 19000-19001  C - content of the destination after execution    e.g. if register:    AX=1234         if memory (lower address first) :   12000=34;12001=12 GIVEN DS = 8EFDH SS = AFDEH DI = B8F9H SI = D3CDH BP = A5D8H AX = 5FFEH BX = B3DFH CX = CADEH DX = B2BCH SP = A4FBH MOV[BP+SI+9FEDH], EAX Find Addressing mode: Physical address/es: Content of the destination:

Determine the specific type of addressing mode (SMALL LETTERS only) and compute for the address/es. If applicable, determine the content of the destination after the execution of the instruction. Otherwise, NA. For physical address and content of the destination, use CAPITAL LETTERS, NO SPACE/S in between and No need to include "H" or the unit. A - is for addressing mode type, e.g. direct B-physical address/es e.g. 19000-19001 C-content of the destination after execution e.g. if register: AX=1234 if memory (lower address first): 12000=34;12001-12 DS = 9CEFH SS=CB8DH DI = BACEH SI = 9EBCH BP = BAD2H AX = 6FCBH BX = 7BCFH CX = 5CADH DX = D1BCH SP = 4FABH GIVEN MOV [DI+EBDAH], SP

I need the answer as soon as possible

You must show all work for every problem that requires it. The point values for problems may be changed at the professor's discretion.  Read each question carefully and follow the instructions.          A computer hardware as the following latency for its instructions in Pico seconds: Type Instruction Memory Register Read ALU Operation Data Memory Register Write Total R-Format 250 150 200 0 20 620 lw 250 150 200 250 20 870 sw 250 150 200 250 0 850 beq 250 150 200 0 0 600 J 250 0 0 0 0 250   For a single-cycle implementation what Clock Rate does the machine needs to operate at?   For a multi-cycle implementation what Clock Rate does the machine needs to operate at?                            Provide the type, assembly language instruction and binary representation of instructions described by the following MIPS fields: Op=0x0, rs=3, rt=2, rd=3, shamt=0, funct=34 Op=0x23, rs=3, rt=1, const=0x4         In the snippet of assembly code below, how many times is…

I need the answer as soon as possible

Given the machine code, identify the instruction line or command line. Use CAPITAL LETTERS . No spaces in the operand side. NO need to include "H" for any immediate or displacement value. e.g. MOV AX,BX GIVEN: 10101001 10101100 00111011

VHDL simple computer instructions question

Suppose you are developing a processor with an execution time of 960 ns, CPI of 1.61, and clock rate of 3 GHz. If the execution time is reduced by an additional 20% without affecting to the CPI and with a clock rate of 4 GHz, determine the number of instructions.