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# Quick Response Manufacturing

Davenport University Create a Sample Image Image Processing Task.

First thing we’re going to do is learn how to create a sample image that will be useful for this lab. We will do this by using the Matlab command ‘checkerboard’.To give you an idea on how this command works, from the matlab command prompt, type the following:imshow(checkerboard(20));It should create the image shown below: (see fig1.png)The 20 in the command is the number of pixels that each box on the checkerboard will represent.Let’s create an image from this matrix that we can use later. In order to do that, we need to use the ‘imwrite’ command.imwrite(checkerboard(20), ‘checkerboard.jpg’, ‘JPEG’);To verify the above worked correctly, let’s read in the newly made image and display it:myImage = imread(‘checkerboard.jpg’);imshow(myImage); Now that we have a nice image to use for our edge detection algorithm, let’s begin to implement it. First thing we want to do is create our x and y gradient filters:Sx = [1 0 -1; 2 0 -2; 1 0 -1];Sy = [1 2 1; 0 0 0; -1 -2 -1];Convolve each of the above filters with the checkerboard image. Before we are able to use the convolve function we must convert our image into a double. We do that by using the ‘double’ command and passing it image variable name, in this case ‘myImage’.sobelXImage = conv2(double(myImage), Sx, ‘same’);sobelYImage = conv2(double(myImage), Sy, ‘same’);Let’s go ahead and take a peek at what our images currently look like:figure(‘Name’, ‘X gradient’);imshow(uint8(sobelXImage));figure(‘Name’, ‘Y gradient’);imshow(uint8(sobelYImage));Do the gradient images look like you expect them too? Why or why not?What is missing from the above question and how would you fix it?Now that we understand what the gradients are doing and are able to display them properly, let’s continue on with our edge detection. We now need to square each of the X and Y portions, and then take the square root of them to determine the magnitude of our gradients.E(u,v) = sqrt( (Dx(u,v))2 + (Dy(u,v))2 )Enter the appropriate matlab command for the above formula and display the image. You should see something like fig.pngEach of the edges are shown in white.Part BDownload a sample image from the net. Repeat the above steps and display the original image, the X gradient, and the Y gradient on one form/figure (Note: Don’t forget to convert it to black and white first) .After we sum the squares and take the square root we have the magnitude of our edge strength. We may not want to look at every single edge detected. We can limit which edges we want to see by applying a threshold. We can do this by using the following matlab commands:threshold = 50;edgeDetectedImage = (uint8(edgeDetectedImage) > threshold) * 255;Create 4 additional figures each with their own respective image on it (using threshold {50, 100, 150, 200} ). Make sure the titles of the figures reflect their contents.Turn in the final matlab script that you used to accomplish part B. It should display 5 figures
Davenport University Create a Sample Image Image Processing Task

## 1120 corporate Tax Return!

1120 corporate Tax Return!.

I’m working on a accounting question and need guidance to help me study.

I need help with this tax return project. My group and I are stuck. There are a few missing information in the net income and the balance sheet that needs to be completed first. Then can you help me on completing this 1120 return, at least the following forms: schedule D, form 1125 A, Form 1125-E, Form 4562 and 2797. If you can help with more of these requirements, that is greatly appreciated! Anything helps! Thank you! i got the Income statement and balance sheet done.
1120 corporate Tax Return!

## 2. Based on the Pneumatic Tire book, starting on page 776, discuss factors governing rolling resistance of tires. Propose a simple means to measure rolling resistance at a given speed. (1/2 page max)

assignment writer 2. Based on the Pneumatic Tire book, starting on page 776, discuss factors governing rolling resistance of tires. Propose a simple means to measure rolling resistance at a given speed. (1/2 page max). I’m studying for my Engineering class and don’t understand how to answer this. Can you help me study?

1.Based on the Pneumatic Tire book, starting on page 776, discuss factors governing rolling resistance of tires. Propose a simple means to measure rolling resistance at a given speed. (1/2 page max)
Resources
In looking for safety data, I looked on the US-DOT website http://www.nhtsa.gov
There were a number of interesting items that are available, and some that I downloaded (the downloads are separate): Pneumatic Tires (700+pages) and paper on rollovers, brochures on 5 star safety ratings and crash avoidance.. There was a whole conference on CAFÉ and GHG standards impact on vehicle mass reduction –
https://www.nhtsa.gov/sites/nhtsa.dot.gov/files/phase-2-hd-fuel-efficiency-ghg-final-ria.pdf Some related info on terms https://en.wikipedia.org/wiki/Corporate_Average_Fuel_Economy https://en.wikipedia.org/wiki/Greenhouse_gas_inventory https://en.wikipedia.org/wiki/Kyoto_Protocol
Since this is a good segue into emissions. The US Environmental Protection Agency sets
standards on transportation sources of pollution – a test is performed on production vehicles Federal Test Procedure or FTP by vehicle class http://epa.gov/otaq/standards/light-duty/ftp.htm
2. Based on the Pneumatic Tire book, starting on page 776, discuss factors governing rolling resistance of tires. Propose a simple means to measure rolling resistance at a given speed. (1/2 page max)