Using Mars Write a MIPS program to convert the following C code to MIPS:int bigger (int, int);int smaller (int, int);int main ()int x = 30;int y = 27;int z - biger (x, y):int w - smaller (x, y):return 0;}// end mainint bigger (int numl, int num2) {if (num2 < numl) (return numl;) else {return num2;int smaller (int numl, int num2) {if (num2 < numl) (return num2;} else {return numl;At the beginning of the .asm file, type the followingli $s0, 30li $s1, 27As you write the MIPS code, be aware of the following:• You will need to give the $a0 and $a1 registers values beforecalling the two procedures. Use two add instructions with the$zero register to do this. The Bigger procedure, which will need its own label, mustdetermine which of $a0 and $a1 has the bigger value. Use aset-less-than (slt) instructions, followed by a branch instruction(beq or bne, you decide) to do this.• Once the bigger value is found, its register must be added tothe $v0 register (add instruction with $zero) so that the correctvalue is returned.• When the value is returned, use another add instruction with$zero to store the bigger value in $s2.• The Smaller procedure will be similar to the Bigger procedureexcept its result should be stored in $s3 when it is done.• After $s2 and $s3 gets their values, you will need to use a jump6) instruction with a label (like Exit) that will jump below the twoprocedures and end the program.• Be sure to test your program with the bigger value in $s0 andwith the bigger value in $1.• Use any temporary registers ($t0, $t1, etc.) as needed to makesure instructions work.• You might have to use different labels within each procedure.• Make sure your program assembles by clicking this button:• Execute the program by clicking this button:• tis highly recommended you use the single-step feature tocheck values for registers after each instruction executes. Youcan single-step by clicking this button:

Actually, the code has given below:

progran int bigger (int, int); int smaller (int, int); int main() int x - 30: int y - 27: int 2- bigger (x, y) int w - smaller(x, y): return 0; // end main int bigger (int numl, int num2) { 1f (num2 < numl) ( return numl; ) else ( return num2; int smaller (int numl, int num2) I if (num2 < numl) ( return num2; ) else ( return numl; At the beginning of the .asm file, type the following li $s0, 30 li $s1, 27 As you write the MIPS code, be aware of the following: • You will need to give the $a0 and $a1 registers values before calling the two procedures. Use two add instructions with the $zero register to do this.

progran int bigger (int, int); int smaller (int, int); int main() int x - 30: int y - 27: int 2- bigger (x, y) int w - smaller(x, y): return 0; // end main int bigger (int numl, int num2) { 1f (num2 < numl) ( return numl; ) else ( return num2; int smaller (int numl, int num2) I if (num2 < numl) ( return num2; ) else ( return numl; At the beginning of the .asm file, type the following li $s0, 30 li $s1, 27 As you write the MIPS code, be aware of the following: • You will need to give the $a0 and $a1 registers values before calling the two procedures. Use two add instructions with the $zero register to do this.

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

See similar textbooks

Similar questions

Differentiate between "spatial locality" and "temporal locality.
GPS is based on the principle of : O trilateration O globalization O orbiteration O arbitration O triangulation
Use python code to solve IVP. Please paste full python code for your answer. IVP: y′=(5x^2)(y^2)+(125x^2), y(−7π)=10
Could you answer in python?
Convert the RGB color to YIQ color , where R=80 , G=56 and B=120 Please solve this asap ( computer graphics)
What Is the sample linear correlation coefficient (rs)?
Question 1: What is the change in your weight from Oct 20, 2021 to Dec 05, 2021? Oct 20th weight was 145 December 5th weight 138 Increased Indicate in grams Remained same Decreased Indicate in grams Question 2: Explain the result you got in Question 1.
Binomial coefficient (x+y)^5
Using the following position vs. time graph, determine the regions where velocity is zero. Select all that apply. 12 to Time (s) OD to E O C to D O None O A to B O B to C Distance (cm)
MATLAB
please follow the format of the script given. thank you!
Investigate whether or whether comparing things using Euclidean distance may be useful, and whether there are any other approaches to this problem.