8. Consider the LEGV8 code below. Assume that X1 is initialized to 11 and X2 is initialized to 22. ADDI X1, X2, #5 ADD X3, X1, X2 ADDI X4, X1, #15 ADD X5, X1, X1 (a) Suppose you executed the code on a version of the pipeline from Section 4.5 that does not handle data hazards (i.e., the programmer is responsible for addressing data hazards by inserting NOP instructions where necessary). Show the pipeline timing diagram below when the code is executed. ADDI X1, X2, #5 IF ID EX МЕМ WB ADD X3, X1, X2 ADDI X4, X1, #15 ADD X5, X1, X1 (b) What would the final values of registers X3 and X4 be? (c) What would the final values of register X5 be? Assume the register file is written at the beginning of the cycle and read at the end of a cycle. Therefore, an ID stage will return the results of a WB state occurring during the same cycle. See Section 4.7 and Figure 4.51 for details. (d) Suppose you executed the code below on a pipeline from Section 4.5 that uses data forwarding for handling data hazards. Show the pipeline timing diagram below: ADDI X1, X2, #5 MEM WB IF ID EX ADD X3, X1, X2 ADDI X4, X1, #15 ADD X5, X3, X2

8. Consider the LEGV8 code below. Assume that X1 is initialized to 11 and X2 is initialized to 22. ADDI X1, X2, #5 ADD X3, X1, X2 ADDI X4, X1, #15 ADD X5, X1, X1 (a) Suppose you executed the code on a version of the pipeline from Section 4.5 that does not handle data hazards (i.e., the programmer is responsible for addressing data hazards by inserting NOP instructions where necessary). Show the pipeline timing diagram below when the code is executed. ADDI X1, X2, #5 IF ID EX МЕМ WB ADD X3, X1, X2 ADDI X4, X1, #15 ADD X5, X1, X1 (b) What would the final values of registers X3 and X4 be? (c) What would the final values of register X5 be? Assume the register file is written at the beginning of the cycle and read at the end of a cycle. Therefore, an ID stage will return the results of a WB state occurring during the same cycle. See Section 4.7 and Figure 4.51 for details. (d) Suppose you executed the code below on a pipeline from Section 4.5 that uses data forwarding for handling data hazards. Show the pipeline timing diagram below: ADDI X1, X2, #5 MEM WB IF ID EX ADD X3, X1, X2 ADDI X4, X1, #15 ADD X5, X3, X2

Name: 8. Consider the LEGV8 code below. Assume that X1 is initialized to 11
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Description: 8. Consider the LEGV8 code below. Assume that X1 is initialized to 11 and X2 is initialized to 22.ADDI X1, X2, #5ADD X3, X1, X2ADDI X4, X1, #15ADD X5, X1, X1(a) Suppose you executed the code on a version of the pipeline from Section 4.5 that does no

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

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[ Direction: Any how solve the question please. Don't reject the question. if you need 2 /3 hours to solve the question please take it but don't reject the question. solve it properly,correctly.You can consult any resources such as books, online references, and videosfor this assignment, however, you have to properly cite and paraphrase your answerswhen it is necessary. ] The following figure represents both datapathand controlpath for MIPS architecture that implements most of thefundamental instrucons.
Transcribed Image Text (Micro processer 8086) Q1) Choose the correct answer: 1. One of the following instructions is correct: a. MUL 67 b. LEA BL.[SI] (2. AS) c. LALF d. Neither a,b nor c 2. Suppose we have SS starts at B4102 H, CS ends at E4250H. The suitable point for DS to start so there are no overlapping of the segments is: c. C4200 H d. C4300 H a. C4000 H b. C4100 H 3. If you have AX-0208H, BL=D8H, the results of performing IDIV BL in AX is: a. 00F3 H b. F300 H c. 5802 H d. 0258 H 4. The Execution Unit includes: a. Instruction pointer b. Status register c. Address generation d. Neither a,b nor c 5. The compare instruction and test instruction are similar in : a. Both instructions are subtraction methods b. Both instructions effect on ZF, SF & PF. c. Both instructions store the result in the destination operand d. Neithe a,b nor c 6. The data bus in 8088 Mp is: a. 16-bit unidirectional lines c. 8-bit unidirectional lines b. 16-bit bidirectional lines d. 8-bit bidirectional…
4.25 Consider the following loop. LOOP: LDUR X10, [X1, #0] LDUR X11, [X1, #8] ADD X12, X10, X11 SUBI X1, X1, #16 CBNZ X12, LOOP Question) Assume that perfect branch prediction is used (no stall due to control hazard), that it has full forwarding support, and that branches are resolved in the ID stage. Show a pipeline execution time diagram for the first two iterations of this loop. please explain with IF,ID,EX, MEM,WB figure thank you
1. Write about Pipeline conflicts.
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Prior to execution of the following code segment, PC was "Ox0160", WREG was "Ox08" and register Ox91 was "Ox45". ADDWF Ox91,0,1 MOVWF Ox92 ADDWF Ox91,1,1 RRNCF Ox91,1,1 GOTO Охо32B After execution of above code, match the registers with values in the drop down list. Register Ox91 [ Choose ] [ Choose ] Register Ox92 Ох49 O×4E O×4D PC Ох32B Ох32D ОХА2 WREG TThoose ] >
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5. Below is a depiction of a loop in instruction memory address Охо TOP: instruction 1 Ox4 instruction 2 Ox8 instruction 3 OxC instruction 4 Ох10 conditional branch to TOP Assume that the branch target buffer is initially empty, and the prediction bits are set to Strongly Taken (ST). Fill in the blanks On the first pass through the loop we take the branch. The branch target bits are now We suffer stalls. On the second pass through the loop we don't take the branch. The branch target bits are now We suffer stalls. On the third pass through the loop we don't take the branch. The branch target bits are now We suffer stalls. On the fourth pass through the loop we don't take the branch. The branch target bits are now We suffer stalls.
C PROGRAMMING HELP! I tried a threaded reply and bartleby wasn't having it. Soooo: Please create the header file as specified and implement it into my script. Thank you for your help, it is seriously appreciated! The header file deals with the following instruction prompt: Find the roots of the second order nontrivial solution.D2y+a1Dy+a2 = 0 => λ 2+a1 λ +a2 = 0Create a header file for this step. I believe the portion of the script that needs to be turned into a utilized header file is located in the main() function. Thank you so much for your help, pasted is a copy of my script so far: #include <stdio.h>#include <math.h> void compute_coefficients(double lambda1, double lambda2, double *C1, double *C2, double *C_alpha, double *theta);void display_output(double lambda1, double lambda2, double C1, double C2, double C_alpha, double theta); int main(){ int a, b, c; double lambda1, lambda2, C1, C2, C_alpha, theta; printf("Enter a, b, and c where a*D2y + b*Dy + c*y =…
4. Do the following sets cause a data hazard for the 5-stage LEGV8 pipeline? a. i1: ADD X0, X1, X2 12: ADD X3, XO, X4 b. i1: ADD 12: ADD c. 11: ADD d. i1: ADD 12: SUB X0, X1, X2 X3, X1, X4 X3, X3, X4 XO, X10, X11 X12, X0, X13 If any of the above have data hazard show the pipeline diagram to resolve it by forwarding. Can all hazards be solved by forwarding?