Please refer to the MIPS solution in the question above. How many total instructions are executed during the running of this code? How many memory data references will be made during execution?

Answers

Answer 1

Answer:

MIPS designs are used in SGI's computer product line; in many embedded systems; on Windows CE devices; Cisco routers; and video consoles such as the Nintendo 64 or the Sony PlayStation, PlayStation 2 and PlayStation Portable. Most recently, NASA used one of them on the New Horizons probe1.

Explanation:

The earliest MIPS architectures were 32-bit fsfs (generally 32-bit wide data paths and registers), although later versions were implemented in 64-bit. There are five backward compatible revisions of the MIPS instruction set, called MIPS I, MIPS II, MIPS III, MIPS IV, and MIPS 32/64. In the last of these, MIPS 32/64 Release 2, a record control set is defined to major. Also several "extensions" are available, such as the MIPS-3D, consisting of a simple set of floating point SIMD instructions dedicated to common 3D tasks, the MDMX (MaDMaX) made up of a more extensive set of integer SIMD instructions that use 64-bit floating-point registers, MIPS16 which adds compression to the instruction flow to make programs take up less space (presumably in response to the Thumb compression technology of the ARM architecture) or the recent MIPS MT that adds multithreading functionalities similar to the HyperThreading technology of Intel Pentium 4 processors

Answer 2

Answer:

PLEASE SEE EXPLAINATION

Explanation:

for the code given in C Language :-

for(i=0; i<=100; i++)

{

a[i]=b[i]+C;

}

Given address of a =$a0

Gievn address of b = $a1

$t0 holds i

s0 holds constant C

Assembly Language

addi $t0, $zero, 0

loop: slti $t1, $t0, 101

beq $t1, $zero, exist

sll $t2, $t0, 2

add $t3, $t2, $a1

lw $t3, O($t3)

add $t3, $t3, $s0

add $t4, $t2, $a0

sw $t3, O($t4)

i loop

instructions of 1+101*8=809

101 itereations*2 per itereation sw)=202 data references

Related Questions

Implement the function maxLoc(), which returns an iterator at the largest element in a list. template typename list::iterator maxLoc(list& aList); Write a program that tests maxLoc(), using the following declarations: int intArr[] = {23, 49, -3, 29, 17, 200, 38, 93, 40}; int intSize = sizeof(intArr)/sizeof(int); list intList(intArr,intArr+intSize); char chrArr[] = "Hello World!"; int chrSize = sizeof(chrArr); list chrList(chrArr,chrArr+chrSize); The program should repeatedly call maxLoc(), output the largest value, and then delete the value, until the list is empty.

Answers

Answer:

See explaination

Explanation:

#include <iostream>

#include <iterator>

#include <list>

using namespace std;

list <int> :: iterator maxLoc(list<int>& alist){

list<int> :: iterator max;

list<int> :: iterator it;

int maxs = -199999999;

for (it = alist.begin(); it != alist.end();it++){

int c = *it;

if(maxs < c){

max = it;

maxs = *it;

}

alist.erase(max);

return max;

}

list <char> :: iterator maxLoc(list<char>& alist){

list<char> :: iterator max;

list<char> :: iterator it;

int maxs = -199999999;

for (it = alist.begin(); it != alist.end();it++){

char c = *it;

if(maxs < c){

max = it;

maxs = *it;

}

alist.erase(max);

return max;

}

int main() {

int intArr[] = {23, 49, -3, 29, 17, 200, 38, 93, 40};

int intSize = sizeof(intArr) / sizeof(int);

list <int> intlist(intArr, intArr + intSize);

list<int> :: iterator it;

for(int i = 0;i<intSize;i++){

list<int> :: iterator m = maxLoc(intlist);

cout << *m << endl;

}

char chrArr[] = "Hello World!";

int chrSize = sizeof(chrArr);

list<char> chrlist(chrArr, chrArr + chrSize);

for(int j = 0;j<chrSize;j++){

list<char> :: iterator m = maxLoc(chrlist);

cout << *m << endl;

}

#Java
What is the solution?

Answers

Answer:

I have answered the first part in another question of yours, but the second part is in the provided screenshot!

Explanation:

Steps to solve this problem:

Go through all the numbers from 1 -> n1, every time you go through each of these numbers, go through all the numbers from 1 -> n2. Multiply these numbers and add them to an output string. Print each line of output.

Write a statement that declares a variable of the enumerated data type below. enum Flower { ROSE, DAISY, PETUNIA } The variable should be named flora. Initialize the variable with the ROSE constant.

Answers

Answer:

enum Flower { ROSE, DAISY, PETUNIA }

Flower flora = Flower.ROSE

Explanation:

Flower is of Enumeration data type and it contains the constants ROSE, DAISY and PENTUA.

To write a statement that declares a variable of that type you use

Var_of_enum_type Var_name

And to initialize it with a constant of the enumeration data type you use the dot (.) operator.

Var_of_enum_type.CONSTANT

1. Write code that prints the square root of the value in the variable num rounded to 4 decimal places. Assume that num already has a value and that the math module has been imported.

Answers

Answer:

System.out.printf("The square root is %.4f\n",sqrt);

Explanation:

In Java programming language using the print format method of System.out One can specify the the number of decimal places. In this case to 4 decimal places.

See a complete code snippet below

public class num1 {

public static void main(String[] args) {

double num =5;

double sqrt = Math.sqrt(5);

System.out.printf("The square root is $%.4f\n",sqrt);

}

The WorkOrders table contains a foreign key, ClientNum, which must match the primary key of the Client table. What type of update to the WorkOrders table would violate referential integrity? If deletes do not cascade, what type of update to the Client table would violate referential integrity? If deletes do cascade, what would happen when a client was deleted?

Answers

Answer:

Changing the customer number on a record in the Orders table to a number that does not match a customer number in the customer table would violate referential integrity.

If deletes do not cascade, deleting a customer that has orders would violate referential integrity.

If deletes cascade, customer can be deleted and all orders for that customer will automatically be deleted.

Create a class that holds data about a job applicant. Include a name, a phone number, and four Boolean fields that represent whether the applicant is skilled in each of the following areas: word processing, spreadsheets, databases, and graphics. Include a constructor that accepts values for each of the fields. Also include a get method for each field. Create an application that instantiates several job applicant objects and pass each in turn to a Boolean method that determines whether each applicant is qualified for an interview. Then, in the main() method, display an appropriate method for each applicant. A qualified applicant has at least three of the four skills. Save the files as JobApplicant.java and TestJobApplicants.java.

Answers

Answer:

Explanation:

I don't know about the answer in java.

This is what I did in C#. Find attached the answer

public class JobApplication

{

private string name;

public string Name

{

get { return name; }

set { name = value; }

}

private string phoneNumber;

public string PhoneNumber

{

get { return phoneNumber; }

set { phoneNumber = value; }

}

private bool isSKilledInWordProcessing;

public bool IsSkilledInWordProcessing

{

get { return isSKilledInWordProcessing; }

set { isSKilledInWordProcessing = value; }

}

private bool isSkilledInSpreadsheets;

public bool IsSkilledInSpreadsheets

{

get { return isSkilledInSpreadsheets; }

set { isSkilledInSpreadsheets = value; }

}

private bool isSkilledInDatabases;

public bool IsSkilledInDatabases

{

get { return isSkilledInDatabases; }

set { isSkilledInDatabases = value; }

}

private bool isSkilledInGraphics;

public bool IsSkilledInGraphics

{

get { return isSkilledInGraphics; }

set { isSkilledInGraphics = value; }

}

public JobApplication(string name, string phoneNumber, bool isSKilledInWordProcessing,

bool isSkilledInSpreadsheets, bool isSkilledInDatabases, bool IsSkilledInGraphics)

{

Name = name;

PhoneNumber = phoneNumber;

IsSkilledInDatabases = isSkilledInDatabases;

IsSkilledInGraphics = isSkilledInGraphics;

IsSkilledInWordProcessing = IsSkilledInWordProcessing;

IsSkilledInSpreadsheets = isSkilledInSpreadsheets;

}

class Program

{

static void Main(string[] args)

{

JobApplication jobApplication1 = new JobApplication("Emmanuel Man", "+39399399", false, true, true, true);

CheckIfQualified(jobApplication1);

}

static void CheckIfQualified(JobApplication jobApplication)

{

if(jobApplication.IsSkilledInSpreadsheets && jobApplication.IsSkilledInGraphics

&& jobApplication.IsSkilledInWordProcessing && jobApplication.IsSkilledInDatabases)

{