I need someone who is good with mips programming please! Q1 MIPS single-cycle CPU10 PointsMemteRegMemWriteControlUnitBranch,ALUControlPCSrc31:28Op.FundALUSreRegDstDeghnteCLKCLKCLKWE3RD1SrcAZeroWE25215A1PCPCInstrRDALUResultReadDataRDA.InstructionMemoryDataMemoryWDA2RD2SrcBA3WriteDataRegisterFileWD3WifeReg..PCPlus4SenimmSign ExtendPCBranchResut01.11w instruction execution.4 Pointshematic when lw $8. 4(S9) is executed select all the Q1.1 lw instruction execution.4 PointsWith the given MIPS single-cycle CPU schematic, when Iw $8, 4($9) is executed, select all thecrrect answers below:ALUSrc MUST be 1WriteData bus has the value of $8Branch might be 1RegWrite might be 0RegDst MUST be 1MemtoReg MUST be 0SrcA has the value of $9SrcB has the value from $8MemWrite MUST be 143°F

We have MIPS Single Cycle Schemetic lw $8 4($9) lw = loads a word into a register $8 = temprary…

Answered: Q1.1 lw instruction execution. 4 Points…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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hi can u anwser this qustion plesc ? Consider a Computer which has a memory which is capable of storing 4096 K words and each word in memory can be of size 32 bits. The computer supports a total of “K” addressing modes, and it has “M” computer registers. The computer supports instructions, where each instruction consists of following fields: Mode Operation code Register Register Memory AddressGiven that each instruction will be stored in one memory word, discuss with a suitable diagram the format of instruction by specifying number of bits for each field of instruction. Discuss each field of instruction.Note: Choose your own values for K (number of addressing modes) and M (number of Registers) k=8 m=50
This was previously asked and answered, but I need it in a format similar to what is depicted in the image attached, but with 6 stage instead of 4 stage. R1 = X + 1Y = R1 + R2R1 = R2 + X Complete the following: Lay the instructions out as they would be fed through a 6-stage CPU pipeline not accounting for any hazards. S1: Fetch instruction, S2: Decode opcode, S3: Calc effective address of operands, S4: Fetch operands, S5: Execute instruction, S6: Store result Identify any hazards present "Fix" the pipeline process to remove the hazards
How can we keep from wasting CPU time even when a large number of instructions are being carried out all at once? Where should I begin my education on the components of this strategy that are most critical to my success? Describe the results that it produces.
How can we avoid wasting processing cycles when a CPU processes numerous instructions at once? What aspects of this process are most important? Describe the effect they produce.
Consider the following MIPS assembly language program: # Data area.datamydata: .word 0x4CAFE, 0xBABE#output: .word 0 # for storing the result## Instructions (program) area.textmain: la $s0, mydata # load the address of memory location mydata to $s0lw $t0, ($s0) #lw $t1, 4($s0) #sub $t2, $t0, $t1 ##la $s1, output # Load the address of memory location output to $s1sw $t2, ($s1) ##li $v0, 1 # syscall #1 (print int)srl $a0, $t2, 1 # divide by 2syscall # invoke syscall to print # # The END 1) What will be seen on MARS console when this program runs? [x]
How can we avoid wasting processing time when a CPU is working on a lot of instructions at once? What aspects of this process are the most important? Describe the effect they produce.
Executing many instructions at once would be a waste of a computer's processing power. What can we do to stop this from happening? Do their deeds have any repercussions?
Suppose we enhance a computer to make all multiplication instructions run two times faster. If the execution time of some benchmark before enhancement is 1205ec, what will the speedup be if 805ec before improvement is spent executing multiplication instructions? (the answer is a numerical value only) Capture2Text - OCR Text — E] X note: please dont copy content from other sources
int x = 0; co x = x + 3;|| x = x + 1; oc Command A = B + C is implemented with machine instructions; it is mapped to the atomic instruction TEMP = B + C; A = TEMP; where TEMP is the local process variable (so each process has its own). List all possible program traces and give the final value for each trace.
What measures may be taken to ensure that a CPU's processing cycles are not needlessly squandered while it attempts to handle a huge number of instructions all at once? How reliant is the success of this plan's implementation on the availability of various resources? Explain how one of these impacts manifests itself.
How can we stop a CPU from squandering time by trying to run too many programmes at once? If we don't have those resources, how will it affect our ability to put this plan into action? Provide an example of the results you may anticipate from them.
Calculate Physical Address of Main memory • Given the contents of CS:IP = [3000H]:[100H] • Given the contents of SS:SP = [50A0H]:[300H] • Given the contents of ES:DI = [60C0H]:[200H] • Given the contents of DS:SI = [A1C0H]:[2F00H] • Given the contents [CS]:[IP]=[1F0AH]:[15A6H] • Given the contents [SS]:[SP]=[82FFH]:[0FA1H]Questions are from Microprocessor (8086)

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