Alert dont submit AI generated answer. 3- Write MIPS assembly for the following function. Assume N is passed to your function in register Sa0. Your output should be in register $v0 at the end of your function. Note: Youmust implement this function recursively. The purpose of this assignment is to learn how to manipulate the stack correctly in MIPS. int Myfun (int N) { if (N > 3) return (Myfun(N-2)+2N); else return 0} Please explain each instruction with a comment. Please submit your source code and a screenshot that shows the registers with correct output value for N3, i.e., Myfun(3) returns 6.

Here's the MIPS assembly code for the Myfun function:Initialize stack frame and save contextCheck if…

Answered: 3- Write MIPS assembly for the…

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter18: Stacks And Queues

Section: Chapter Questions

Problem 1TF

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4-Write MIPS assembly for the following function. Assume N is passed to your function in register $a0. Your output should be in register $v0 at the end of your function. Note: You must implement this function recursively. The purpose of this assignment is to learn how to manipulate the stack correctly in MIPS.int Myfun (int N){ if (N<4) return 1; return ( 4* Myfun(N-3)+ 2*Myfun(N-2)+ Myfun(N-1)+N );}Please explain each instruction with a comment. Please submit your source code and a screenshot that shows the registers with correct output value for N=4, i.e., Myfun(4) returns 11 I need to print 11 inside MARS IDE. The MIPS code that the other expert sent is printing 56 in MARS IDE.
4-Write MIPS assembly for the following function. Assume N is passed to your function in register $a0. Your output should be in register $v0 at the end of your function. Note: You must implement this function recursively. The purpose of this assignment is to learn how to manipulate the stack correctly in MIPS.int Myfun (int N){ if (N<4) return 1; return ( 4* Myfun(N-3)+ 2*Myfun(N-2)+ Myfun(N-1)+N );}Please explain each instruction with a comment. Please submit your source code and a screenshot that shows the registers with correct output value for N=4, i.e., Myfun(4) returns 11.
Using Java: Write a program to perform the following operations on a stack. a) Create functions for push and pop operations of the stack.b) Write a function to convert an infix expression to a postfix expression. Pass a one-dimensional character array P to the function as input (infix exp) and return character array Q (postfix exp). Test your program for the following input P : ( A – (B / C ) * D + E ) * F % G c) Write a function for the evaluation of a given postfix expression. For testing pass the postfix expression Q of part b and supply the following set of values. A = 90, B = 50, C = 2, D = 3, E = 1, F = 2, G = 5
Q1. Write a function in Assembly(MASM) that takes an array as input and computes average of all items. Use stack frame to send the inputs to the function. Test example: Send array = [1,2,3,4,5,6] into the function and the function will return 3 as input. Q2. Assume that you have an array, find number of odd numbers in the array. Write code in Assembly (MASM). Test example: Array = [1,2,3,4,5,6,7,8,9,10], answer should be 5
SPIM: 1.made a program (SPIM) that can find the values of a function f(a,b) =a+b using stack and the jump and link instruction. (i.e. a=2, b=3) 2.Add the items of an array using SPIM. Find the summation of all the previous elements in a loop and show them up.
Solve this problem of DSA using C language (using arrays) Problem Statement: Recall the concepts of stacks. Implement a stack using arrays. Build a program that takes an infix statement and converts it to a postfix statement. If the statement is incorrect the program should inform the user that the input statement is incorrect. Otherwise it should return the postfix expression. After the statement has been successfully converted, the program should then evaluate this postfix expression and return the result.
Write a C++ or Python program to read your full name in character array and reverse it using a stack . • Create a character array that can hold any name with a maximum of 50 characters • Create an array of the same size as the character array that can be used as an ADT ( Stack ) Read any user - given input ( name ) • Use stack operations to reverse the name • Your program must have the functions PUSH ( ) and POP ( ) • Show each step of output on the screen .
Do not copy from chegg and do it in c++ Write a program to evaluate a postfix expression. Input: a postfix expression. E.g. 3 5 + Output: the result of the expression. E.g. the result for the above input is 8. Note: You must use the stack to implement this task. And please give the stack solutions for both the following implementations: Implement the array-based stack Implement the pointer-based stack Test your program using the following expressions: 3 5 + 3 5 + 6 * 3 5 6 + * 3 5 6 * 8 – 2 / + 12 20 + 16 /
It is possible to demonstrate the return address of a function by using a series of instructions. Keep in mind that any modifications to the stack must not prohibit the process from returning control to the person who called it.
B) Write a recursive function to find summation of the first n positive numbers (for example, if n=5 then summation of 1+2+3+4+5=15). Then, trace its execution by showing stack contents.
String reversal is considered one of the applications of Stack data structure. You are required to; Write a java program to reverse a given string using stack ADT. Your program must implement a function named reverseMyId() for string reversal. Call reverseMyId() function in the main() function with your ACTUAL student Id as string and print it in the reverse order. For example, if your ACTUAL student id is s101145366, the program will output it as Show the snapshot of the output screen. Create two tables (as shown below) to display how the string is added to and removed from the stack. [Hint: Number of columns is equal to the number of characters in your string.] For Insertion … … … … … For Deletion … … … … … …
4. Sort elements in an array-based stack in ascending order, i.e. make the smallest element to be the top element of the stack. E.g. given the stack elements (from bottom to top): 90, 70, 80, 10, sort the elements to make the stack elements become (from bottom to top): 90, 80, 70, 10. The only data structure you can use is array-based stack. In addition to the given stack, you can use only one extra stack to store some temporary data. Given a stack st, use one extra stack, tmpst, to store temporary data. Here are some hints of the idea. Pop out the top element of st to a variable tmp. If the stack tmpst is empty, push tmp onto tmpst; if tmpst is not empty, pop out its top element and push that element onto st until the top element of tmpst is smaller than tmp, then push tmp onto tmpst .. a. Write a program to implement the stack based sorting. b. Take the input (90, 70, 80, 10) as an example. c. Print all the push and pop operations in proper format. d. At the end, print the sorted…

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