LAB 4_instruction

Even the tiniest activities may be made easier using the Spiral Model.

Algorithm Show the graphical simulation for each step

Computer Science In Verilog Code, Please and thank you!   Develop the simulation code to test the comparator circuit. Use the behavior modeling code. Your choice of n, n=32. Do one case of each: X=Y, X<Y, X>Y, and overflow

3D computer graphics Briefly explain in your own words why the mip-mapping process is also called the level-of-detail process in the context of texturing.

Computer Science You have a 3D sphercial system. Cut that system from the middle the front surface of that object is circular. The mathematical model of the system is z=x^2+y^2 with input x and y and output is z. Write a Matlab code and Simulation for this model.

create 2D and 3D parabolic motion simulations using matlab

SIMULINK Implementation 1. Using SIMU LINK, set up the negative feedback system of (6) above. Plot on one graph the error signal of the system for an input of 5u(t) and K = 50,500, 1000, and 5000. Repeut for inputs of 5tu(t) and 5t²u(t). Use simulation time not less than 50 seconds for all the simulations 2. Using SIMULINK, set up the negative feedback system of (7) above. Plot on one graph the error signal of the system for an input of Su(t) and K = 50,500, 1000, and 5000. Repeat for inputs of 5tu(t) and 5tu(t). Use simulation time not less than 50 seconds for all the simulations 3. Using Simulink, set up the negative feedback system of (8) above. Plot on one graph the error signal of the system for an input of 5u(t) and K = 200, 400,800, and 1000. Repeat for inputs of 5tu(t) and 5t²u(t). Use simulation time not less than 50 seconds for all the simulations Postlab 1. Use your plots from Labs I and compare the expected steady-state errors to those calculated in the Prelab. Explain the…

DH Parameters in Matlab: Using the template proposed below, write a function that takes as input the DH parameters of a robotic link and returns the 4x4 homogeneous transformation matrix between the two corresponding joints. function T = tdh(theta, d, a, alpha) %% (add code here) end

Task 1. Laplacian of Gaussian   Write a MATLAB function to create a mask to implement the Laplacian of Gaussian filter. This is the second derivative of the Gaussian noise function.   Show the results of applying your filter to the 'Shakey' image, outlining the steps taken and discussing your findings. Discuss the use and method of any noise removal technique used.

Draw out control flow graph based on the image given

Compare 2D transformations- Translation, Scaling, and Rotation. (Note: Write its definition, equation (formula), Example for each transformation (problem), Observation)

With MATLAB, using two 3D vectors you have created with x and y names, calculate the angle between them using dot product, first. Dot product is c=dot(x,y) or c=x*y'. Then use cross (vector) product, calculate the same angle and show that the angle is same. Again , cross product is c=cross(x,y).

Last step in addition to the previous 2 questions: a lengthy derivation using phasors that the first diffraction peak should have an intensity of I1 ≈ 0.045 I0. Using the equation provided below in the pictures and the statement that β = 1.5π, you can find out what θ value to choose. You can also go for the midpoint between the first two destructive interference locations m = 1, 2 in the equation provided in the last question in which I will provide in the second image here. Repeat your three-path amplitude calculations for this value of θ, and observe what the relative intensity is for the first side maximum according to your calculation. Also explain How do the results improved when subdividing the aperture with 5, or 7, or more paths?

1. Given the specifications for a digital bandpass filter as below lower stopband edge: @₁ = 0.27, lower passband edge: @p = 0.35π, upper passband edge: @₂p = 0.65, upper stopband edge: @₂, = 0.87, Sketch the relative specifications of the filter. Design the filter using the Blackman window. E 2. What is a built-in MATLAB function that can be used to design FIR filters? Explain how to use that function. matlab A = 60 dB R₁ = 1 dB R₂ = 1 dB A = 60 dB

Computer graphics Explain how to simulate reflection from surfaces of different roughness using a reflection map.

use  examples  to demonstrate your understanding of the topics: in Computer Graphics Geometrical Transformations which may include all or some of:  2D Transformations  Homogenous Coordinates  2D Matrix Transformations  Composition of Transformations  3D Matrix Transformations

Please give an example on simulation of a photonic hook on lumerical, I will upvote a decent answer with steps. You have to show the steps of the simulation

In Matlab, attach code and plot screenshot.

Please give me the MATLAB code . Develop a MATLAB function called rotateAboutCenterImage that calculates the 2D transformation matrix that rotates an image about its center (center = width/2, height/2). The function inputs are image width, image height, and rotation angle. The function output is the 2D transformation matrix. Include the numerical results output of the function rotateAboutCenterImage with image width = 320, image height = 240, and rotation angle = π/6 in your report with sufficient precision such that it can be evaluated (hint: use format shortg in MATLAB prior to displaying your results).

Four elements need discrete event simulation.

Colors of different nature can be produced by mixing three fundamental colors that are red, greenand blue. Consider you are assigned a task to design a digital system that is equipped with threedifferent LEDs and four different color sensors. One LED is red (symbolized with R), one isgreen (symbolized with G) and one is blue (symbolized with L) while one sensor detects whitecolor (symbolized with W), one detects black color (symbolized with B), one detects cyan color(symbolized with C) and one sensor detects magenta color (symbolized with M).It is known that each color sensor produces logic 1 output if and only if when an object of itscorresponding color passes in front of it, otherwise logic 0. Each LED turns on when logic 0 isprovided to it and remains turned off otherwise. Three LEDs are to be turned on according to thefollowing conditions.i. If only white color is detected then all three LEDs should be onii. If only black color is detected then all three LEDs should be offiii. If…

A Bezier curve is widely used in vector graphics. Explain how it works with an example of four control points?

Explain what is meant by "local" and "global" illumination in the context of computer graphics, and show some instances of both.

There are four main advantages of using discrete event simulation.

Distinguish between modeling and rendering as used in computer graphics and Explain why perspective transformations are more preferable to paralleltransformations.

Write a MATLAB program that will plot the curve traced by the functions: x(0) = 6 cos(0),y(0) = -6v2 sin(0), and z(0) = -6sin (0) for the angle range 0<0< 2n radians. This is a linear 3D parametric plot. The plot should have an appropriate title and axis labels.

Monte Carlo methods are an alternative simulation technique to molecular dynamics tosample the potential energy surface of a molecular system.(i) Write the pseudocode for the Metropolis Monte-Carlo method.(ii) Discuss the main conceptual differences between Molecular Dynamics and MonteCarlo techniques.

Computer Science Write a code (in Python) for a simulated (or actual) bipedal robot, that will allow it to maintain its balance, while withstanding external perturbations.

Distinguish between 2D and 3D plots in Scilab with the functions to implement.

Discrete-event simulation has four useful applications, all of which are beneficial.

The benefits of using discrete event simulation may be understood in four different ways.