In the above figure count number for red objects only. Also, calculate the total area covered by all red objects only.
digital image processing question
hint: plz give matlab code for it
imwrite(rgb_plot,'plot_screen_shot.jpg') rgb_plot_compressed = imread('plot_screen_shot.jpg'); subplot(2,2,1) imshow(rgb_plot) title('Original image') limits = [80 105 210 230]; axis(limits); subplot(2,2,2) imshow(rgb_plot_compressed) title('JPEG compressed image') axis(limits); subplot(2,2,3) imshow(rgb_plot) limits = [345 380 240 265]; axis(limits); subplot(2,2,4) imshow(rgb_plot_compressed) axis(limits);
In the above figure count number for red objects only. Also, calculate the total area covered...
how can we count the total number of white objects in the image using open CV function of python for pixel processing? The image is also attached kindly help. The course is digital image processing For the image given below (provided with the assignment handout), apply the connectected component labelling and count the total number of white objects. First threshold the images and then do connected component analysis. (40 Marks)
python Topics covered: Using variables e Arithmetic operators Printing output Manipulating string objects . Generating random numbers . Getting user input NOTE: Each of your files must include a docstring at the top of the file containing your name, username, ID number and a description of the program. When solving these questions you must only use content covered in lectures 1 to 6 Submit the files containing your exercises using the Assignment Dropbox https:/adb auckland.ac.nz/Homel QUESTION 1 (3 MARKS) A...
In Java(using BlueJ) Purpose Purpose is to practice using file input and output, and array list of objects. Also, this lab specification tells you only what to do, you now have more responsibility to design how to do it. Problem description You are given a text file called 'Students.txt' that contains information on many students. Your program reads the file, creating many Student objects, all of which will be stored into an array list of Student objects, in the Students...
i BOX Number- " Parts reference Text CommentsHeader&Footer Links MATLAB Lab 8 This exercise was done previously for a full circle. Perform all the steps shown including the plot, but only for the function shown in part b). Objective: In calculus, integration allows us to find the area under a curve. Numerical methods exist which enable us to approximate the area An interesting approach is to randomly select points in an x-y plane and find the fraction of those points...
MATLAB ONLY gauss.jpg BELOW Instructions: The following problems can be done interactively or by writing the commands iın an M-file (or by a combination of the two). In either case, record all MATLAB input commands and output in a text document and edit it according to the instructions of LAB 1 and LAB 2. For problem 2, include a picture of the rank-1 approximation. For problem 3, include a picture of the rank-10 approximation and for problem 4, include a...
Write C code to repeatedly ask the user for a number, then once the user enters 0, the code displays the min, max and average of all values entered. To get proper credit, name the variables as listed below and follow the directions carefully. Do not use any break or similar type of statements. To implement the above code, you will need to count the entries - name the counter variable num_count. You will also need to use a variable,...
b) The figure below shows an FM demodulator. s'(t)Envelope detector Demodulated signal s(t) Differentiator Figure 4: Question 2(b) In the system above, the differentiator performs the time-differentiation operation s'(t) = as(t). Also, the envelope detector is assumed to be ideal, capable of extracting the envelope of the incoming signal perfectly. Describe, by equations, how the above FM demodulator may exactly recover the message signal from the FM signal. (6%) (c) Is the FM demodulator in Question 2(b) a coherent detector,...
The ACME Manufacturing Company has hired you to help automate their production assembly line. Cameras have been placed above a conveyer belt to enables parts on the belt to be photographed and analyzed. You are to augment the system that has been put in place by writing C code to detect the number of parts on the belt, and the positions of each object. The process by which you will do this is called Connected Component Labeling (CCL). These positions...
Please write the python functions Problem: Electric wire (Figure is a cylindrical conductor covered by an insulating material. Figure 2 shows the structure ofa single conductor. The resistance of a piece ofwire is given by the formula: A d where ρ is the resistivity of the conductor, and I (in meter), A, and d (in meter) are the length, cross-sectional area, and diameter of the wire. The wire diameter, d, is commonly specified by the American Wire Gauge (AWG). Which...
Instructions: Below are both crater images (some of the work is already done for you on the Southern image). At the bottom left you will see scale bars and a set of circles to help you do the actual counting. We have already identified craters that are 8 km across with red dots, so you only need to worry about craters greater than the outlined ones. Do not recount those craters that have already been marked with red dots. To...