Embeded Systems C Programming. Flow Chart and C. Code

Embeded Systems C Programming. Flow Chart and C. Code.
PLEASE READ BEFORE BIDDING!
Please read the attached document, scroll down to 4.3(h) and 4.4
>>I need help with QUESTION 4.3 (h)> (flow chart) and the rest of Question 4.4 the .c code”
BID ONLY IF YOU UNDERSTAND THE CONTENT AND ARE ABLE TO SOLVE THIS 100 CORRECTLY%!!!!
!!!!! I need the solution for “Question 4.3 (h)” withing the next “1 HOURS”
4.3(h): Read through the questions in Section 4.4 and draw a flow chart that describes the FULL final program operation.
The code for the question 4.4 can be given later before the deadline

lease Bid only if you understand the content 100%

Embeded Systems C Programming. Flow Chart and C. Code

A Simple MIPS QtSPIM question

A Simple MIPS QtSPIM question. Trace the following program by hand to determine the values of registers $f0 thru $f9. Notice that array1 and array2 have the same elements, but in a different order. Comment on the sums of array1 and array2 elements computed in registers $f4 and $f9, respectively. Now use the QTSPIM tool to trace the execution of the program and verify your results. What conclusion can be made from this exercise?
.data
array1:.float5.6e 20,-5.6e 20,1.2
array2:.float1.2,5.6e 20,-5.6e 20
.text
.globl main
main:
la$t0,array1
lwc1$f0,0($t0)
lwc1$f1,4($t0)
lwc1$f2,8($t0)
add.s$f3,$f0,$f1
add.s$f4,$f2,$f3
la$t1,array2
lwc1$f5,0($t1)
lwc1$f6,4($t1)
lwc1$f7,8($t1)
add.s$f8,$f5,$f6
add.s$f9,$f7,$f8
li $v0, 10# To terminate the program
syscall
.end main

A Simple MIPS QtSPIM question

A Simple MIPS QtSPIM question

A Simple MIPS QtSPIM question. Trace the following program by hand to determine the values of registers $f0 thru $f9. Notice that array1 and array2 have the same elements, but in a different order. Comment on the sums of array1 and array2 elements computed in registers $f4 and $f9, respectively. Now use the QTSPIM tool to trace the execution of the program and verify your results. What conclusion can be made from this exercise?
.data
array1:.float5.6e 20,-5.6e 20,1.2
array2:.float1.2,5.6e 20,-5.6e 20
.text
.globl main
main:
la$t0,array1
lwc1$f0,0($t0)
lwc1$f1,4($t0)
lwc1$f2,8($t0)
add.s$f3,$f0,$f1
add.s$f4,$f2,$f3
la$t1,array2
lwc1$f5,0($t1)
lwc1$f6,4($t1)
lwc1$f7,8($t1)
add.s$f8,$f5,$f6
add.s$f9,$f7,$f8
li $v0, 10# To terminate the program
syscall
.end main

A Simple MIPS QtSPIM question

A Simple MIPS QtSPIM question

A Simple MIPS QtSPIM question. Write an interactive program that inputs the coefficient of a quadratic equation, computes, and displays the roots of the quadratic equation. All input, computation, and output should be done using double-precision floating-point instructions and registers. The program should handle the case of complex roots and displays the results properly. search for the form of the quadratic equation in the search engine.

A Simple MIPS QtSPIM question

Two simple MIPS QtSPIM questions

Two simple MIPS QtSPIM questions. Trace the following program by hand to determine the values of registers $f0 thru $f9. Notice that array1 and array2 have the same elements, but in a different order. Comment on the sums of array1 and array2 elements computed in registers $f4 and $f9, respectively. Now use the QTSPIM tool to trace the execution of the program and verify your results. What conclusion can be made from this exercise?
.data
array1:.float5.6e 20,-5.6e 20,1.2
array2:.float1.2,5.6e 20,-5.6e 20
.text
.globl main
main:
la$t0,array1
lwc1$f0,0($t0)
lwc1$f1,4($t0)
lwc1$f2,8($t0)
add.s$f3,$f0,$f1
add.s$f4,$f2,$f3
la$t1,array2
lwc1$f5,0($t1)
lwc1$f6,4($t1)
lwc1$f7,8($t1)
add.s$f8,$f5,$f6
add.s$f9,$f7,$f8
li $v0, 10# To terminate the program
syscall
.end main
————————————————————————————————————————————————————
Write an interactive program that inputs the coefficient of a quadratic equation, computes, and displays the roots of the quadratic equation. All input, computation, and output should be done using double-precision floating-point instructions and registers. The program should handle the case of complex roots and displays the results properly. search for the form of the quadratic equation in the search engine

Two simple MIPS QtSPIM questions

Programming Question

Programming Question. Java- will be quizzed on
Selections
characters and strings
loops
methods
1D/2D Arrays
Classes and Objects
Quiz should only be about 10 questions long. Just want to make sure I am typing the right codes. I only have a 45 minute window where I will know the questions and will have to answer them. Will need tutor to help me confirm that the answers I have are correct or that I need another code the tutor can provide.

Programming Question

Programming Question

Programming Question. Java- will be quizzed on
Selections
characters and strings
loops
methods
1D/2D Arrays
Classes and Objects
Quiz should only be about 10 questions long. Just want to make sure I am typing the right codes. I only have a 45 minute window where I will know the questions and will have to answer them. Will need tutor to help me confirm that the answers I have are correct or that I need another code the tutor can provide.

Programming Question

Programming Question

Programming Question. Java- will be quizzed on
Selections
characters and strings
loops
methods
1D/2D Arrays
Classes and Objects
Quiz should only be about 10 questions long. Just want to make sure I am typing the right codes. I only have a 45 minute window where I will know the questions and will have to answer them. Will need tutor to help me confirm that the answers I have are correct or that I need another code the tutor can provide.

Programming Question

Programming Question

Programming Question. Java- will be quizzed on
Selections
characters and strings
loops
methods
1D/2D Arrays
Classes and Objects
Quiz should only be about 10 questions long. Just want to make sure I am typing the right codes. I only have a 45 minute window where I will know the questions and will have to answer them. Will need tutor to help me confirm that the answers I have are correct or that I need another code the tutor can provide.

Programming Question

CMSC 405 P3

CMSC 405 P3. Discussion 1: Modify jogl/FourLights.java found in the week 5 readings to make a unique, lighted scene of your choice.

You should modify the light sources and the object. Post your new code as well as the resulting image(s).Attached is the zip file:
Project 3:Project 3
Three js Project
Overview
In this project you will create a unique 3D animated scene composed of Three.js graphic components.
The scene should include animation, lighting and multiple objects.
Requirements:
1. Using Three.js create a unique 3D animated scene. The scene has the following specifications:
a. Size: minimum of 640×480
b. Includes at least 6 different shapes
c. Uses multiple lighting effects
d. Includes radio buttons, slider bars or other widgets to turn on or off certain components
of the animation.
2. Use Three.js
3. All JavaScript source code should be written using Google JavaScript style guide.(
http://google.github.io/styleguide/jsguide.html)
4. Prepare, conduct and document a test plan verifying your application is working as expected.
This plan should include a test matrix listing each method you tested, how you tested it, and the
results of testing

CMSC 405 P3