Examine the production and distribution networks of FFF and DDD and prepare a report detailingyour proposals for changes to the network in the short and long term and the potential savingsachievable. You do not need to submit your Excel model – a summary of your results should beincluded in the report. Your report should be no more than 2000 words (excluding references andappendices)Your report should include:a) An analysis of the current distribution networks for FFF and DDD including:a. The total cost for the FFF and DDD operations – including a brief description of themodel set up and a presentation of the calculated costs. (25 Marks)b. A map of the current distribution networks (5 Marks)c. A brief analysis of the current situation – including identification of the dominatingcost, a discussion of the root causes of the calculated costs and graphs (15 Marks)b) A proposal for how you would combine the distribution networks of the two companies in theshort term (1 – 2yrs) including details of the changes you would make. Your proposal shouldinclude:a. An estimate of the savings you expect to be achieved. (10 Marks)b. A discussion and justification of the reasons for your proposed changes. (15 Marks)(Note: In this timescale it will not be possible to acquire and open new facilities or reconfiguremanufacturing plants, but facilities may be closed if required).c) A proposal for how the network could be modified in the longer term – you should includelogical reasons and justification for your ideas and an estimate of the savings that could beachieved. (25 Marks)d) A map of either your long or short term proposal. (5 Marks)Marks will be awarded to each section according to the marks in brackets

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Examine the production and distribution networks of FFF and DDD and prepare a report detailingyour proposals for changes to the network in the short and long term and the potential savingsachievable. You do not need to submit your Excel model – a summary of your results should beincluded in the report. Your report should be no more than 2000 words (excluding references andappendices)Your report should include:a) An analysis of the current distribution networks for FFF and DDD including:a. The total cost for the FFF and DDD operations – including a brief description of themodel set up and a presentation of the calculated costs. (25 Marks)b. A map of the current distribution networks (5 Marks)c. A brief analysis of the current situation – including identification of the dominatingcost, a discussion of the root causes of the calculated costs and graphs (15 Marks)b) A proposal for how you would combine the distribution networks of the two companies in theshort term (1 – 2yrs) including details of the changes you would make. Your proposal shouldinclude:a. An estimate of the savings you expect to be achieved. (10 Marks)b. A discussion and justification of the reasons for your proposed changes. (15 Marks)(Note: In this timescale it will not be possible to acquire and open new facilities or reconfiguremanufacturing plants, but facilities may be closed if required).c) A proposal for how the network could be modified in the longer term – you should includelogical reasons and justification for your ideas and an estimate of the savings that could beachieved. (25 Marks)d) A map of either your long or short term proposal. (5 Marks)Marks will be awarded to each section according to the marks in brackets

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Write  an analysis in which you select two publicly-traded companies within  the same industry and present the DuPont analysis for each of these  companies.

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Objectives:

The purpose of this assignment for the student is:

  • Use information technology to complete academic writing and research.
    • Present written information in a persuasive, organized, clear, and concise manner relying on research, data, and analytics.
    • Use  acceptable paragraph and sentence structure with minimum grammar,  punctuation, and spelling errors; and demonstrate appropriate word  choice, tone, and format.
  • Explain and calculate the costs of different capital components—debt, preferred stock, retained earnings, and common stock.
  • Calculate a bond’s yield to maturity and yield to call if it is callable, and determine the “true” yield.
  • Identify  the different types of financial markets and financial institutions,  and explain how these markets and institutions enhance capital  allocation. 

Questions to be answered in your report:

Write a research report that outlines the topics –

Requirements of the assignment:

  • All papers must follow all APA requirements including an abstract. 
  • All papers must have a reference page. The textbook is an acceptable source.
  • Body of the paper 5 – 6 pages.
  • Title page, abstract, and reference pages are required.  However, they do not count towards any page count.
  • Writing  should reflect an understanding of the chapter’s basic concepts,  thorough research, and logic and critical thinking skills.
  • The  introduction is attention getting with sufficient background information  to establish the topic and a clear thesis statement.
  • The  conclusion summarizes the main points and leaves the reader with a  strong comprehension of the paper’s significance and the author’s  understanding.
  • Grammatically correct – No spelling, grammar, or mechanics errors.
  • Do not use the first person. 
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Using the tool of Data and Business  Analysis as your preference, apply what you learned in data Analysis  program

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  • You are working at CampWithMe, a store that sells tools, clothing, and equipment for camping and traveling.
  • CampWithMe always struggled with having good visibility on how its different branches are performing, so you suggest creating a dashboard that monitors the performance of the store at all times, and gives better visibility to the decision makers.
  • Using the dashboard, let’s understand how the different product lines are performing and contribute to the revenue, and brainstorm ideas on how to improve it.
  • To submit: a report that includes the analysis of the data, supported by visualizations
    • Communicate your thoughts on each visualization you share in the report
    • Provide insights/suggestions/observations on what you believe can help the business and how
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Programming Project
For this program, you can work in a team of 2 members. Each team should turn in one program. You may also elect to work on your own.
In this assignment, you will practice doing the following:

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§  designing classes (using an interface),

§  using 2D arrays

Digital image processing has completely revolutionized the way images are created and used in news photography, publishing, commercial art, marketing, and even in some of the fine arts. Adobe’s Photoshop program has become so ubiquitous that it has even become a verb – “this picture is a mess, I need to Photoshop it”. In this assignment, you’ll implement some of the core image transformation algorithms used by image processing programs like Photoshop.
Image Representation
A digital image is a rectangular array of pixel objects. Each pixel contains three integer values that range from 0 to 255, one integer each for the red, green, and blue components of the pixel, in that order. The larger a number, the brighter that color appears in the pixel. So a pixel with values (0,0,0) is black, (255,255,255) is white, (255,0,0) is pure red, (0,0,255) is pure blue, and so forth.
We can represent a Pixel as a simple Java object containing three int instance variables and, for convenience, a constructor to create a new pixel given its rgb component values. We’ll treat these as simple data objects and allow direct access to their fields.
/** Representation of one pixel */
public class Pixel {
public int red; // rgb values in the range 0 to 255
public int green;
public int blue;
/** Construct a new pixel with specified rgb values */
public Pixel(int r, int g, int b) {
this.red = r;
this.green = g;
this.blue = b;
}
}
An image is represented by an instance of class PixelImage. This class contains the methodsgetData() andsetData() to retrieve 2-dimensional arrays of Pixel objects representing the pixels of the image. You can also use the methodsgetHeight() andgetWidth() to get the height and width of the image.
The Application
Francois has implemented a PhotoShop-like Java application, called SnapShop. The application knows how to load image files, and provides all the user interface objects you’ll need to apply your filters to the image. You will need not implement anything in the SnapShop class, but create a few new classes. The file loader of the SnapShop class expects filenames to be fully specified, that is, you must say something like c:\directory\image.jpg. Normal (forward) slashes also work: c:/directory/image.jpg. To save you some work, we’ve provided a shortcut so you don’t need to always retype the file name; details below.
SnapShop has a main method. Once you have the files imported into the project and compiled, selecting ‘run’ in eclipse will run the SnapShop application.
He has also provided an interface class ‘Filter’. An interface simply specifies the methods another class must implement, and cannot be used to make objects itself. You will be writing classes that implement this Filter interface, one for each transformation you write. Each class implementing the Filter interface must have a method called filter(), which takes a PixelImage as an argument. The method then applies a transformation to the data in the image. As an example, we have included the FlipHorizontalFilter class, which flips an image horizontally.
You will need some way to tell our SnapShop class which filters you have implemented. So we’ve provided a class called SnapShopConfiguration, with a single method, configure(). In this method, you can call methods for the SnapShop object. The two methods you’ll be interested in are addFilter(), which creates a button in the application to apply your filter, and setDefaultFilename(), which lets you specify a default path or filename for the file loader, to aid you in testing. For each filter that you create, there should be a call to addFilter() in the configure() method.
(A note on setDefaultFilename(). Windows path names have backslashes (\) in them. To specify this in a string in a Java source program, you need to put two backslashes. For example, the Java string for c:\directory\image.jpg would be “c:\\directory\\image.jpg”.)
Here are the files you need to download to get started: SnapShop.java, SnapShopConfiguration.java, Pixel.java, PixelImage.java, Filter.java, FlipHorizontalFilter.java. Here are a couple of images you can use to test your code: billg.jpg, seattle.jpg . If you use other images as test images, be sure that they aren’t much bigger than seattle.jpg. Your program will take a long time to process a large image.
Simple Transformations
There are two kinds of transformations that you are required to implement. The simple transformations can be implemented by replacing each Pixel in the existing image with the updated one. The more complex 3×3 transformations require creating a new array of Pixels with the transformed image, then updating the image instance variable to refer to the new array once it is completely initialized.
The first three transformations you should implement flip the image horizontally and vertically, and transform the image into a photographic negative of itself (that is, you should create a flipHorizontalFilter, flipVerticalFilter, and NegativeFilter class). We have implemented flipHorizontalFilter for you.
The first two require a simple rearrangement of the pixels that reverses the order of rows or columns in the image. The negate transformation is done by replacing each Pixel in the image with a new Pixel whose rgb values are calculated by subtracting the original rgb values from 255. These subtractions are done individually for each of the red, green, and blue colors.
These transformations can be performed by modifying the image array of Pixels directly. You should do these first to get a better idea of how the image is represented and what happens when you modify the Pixels. You should make every effort to get this far before the end of week 9. That will ensure that you’ve made good progress on this assignment, or at least know what you need to clear up in discussions during lecture.
Notes:

§  You can assume that the image array is rectangular, i.e., all rows have the same length.

§  All of these simple transformations are their own inverse. If you repeat any of these transformations twice in a row, you should get the original image back.

§  You should use relatively small image files for testing. The program will work fine with large images, but there can be a significant delay while the transformed image is created if the image is large.

3×3 Transformations
Once you’ve got the simple transformations working, you should implement this next set, which includes Gaussian blur, Laplacian, Unsharp Masking, and Edgy. All of these transformations are based on the following idea: each pixel in the transformed image is calculated from the values of the original pixel and its immediate neighbors, i.e., the 3×3 array of pixels centered on the old pixel whose new value we are trying to calculate. The new rgb values can be obtained by calculating a weighted average; the median, minimum, or maximum; or something else. As with the negate transformation, the calculations are carried out independently for each color, i.e., the new red value for a pixel is obtained from the old red values, and similarly for red and blue.
The four transformations you should implement all compute the new pixel values as a weighted average of the old ones. The only difference between them is the actual weights that are used. You should be able to add a single method inside class PixelImage to compute a new image using weighted averages, and call it from the methods for the specific transformations with appropriate weights as parameters. You should not need to repeat the code for calculating weighted averages four times, once in each transformation. The method you add to PixelImage to do the actual calculations can, of course, call additional new methods if it makes sense to break the calculation into smaller pieces.
Here are the weights for the 3×3 transformations you should implement.
Gaussian
1 2 1
2 4 2
1 2 1
After computing the weighted sum, the result must be divided by 16 to scale the numbers back down to the range 0 to 255. The effect is to blur the image.
Laplacian
-1 -1 -1
-1 8 -1
-1 -1 -1
The neighboring pixel values are subtracted from 8 times the center one, so no scaling is needed. However, you do need to check that the weighted average is between 0 and 255. If it is less than 0, replace the calculated value with 0 (i.e., the new value is the maximum of 0 and the calculated value). If it is greater than 255, then replace the calculated value with 255. This transformation detects and highlights edges.
Unsharp masking
-1 -2 -1
-2 28 -2
-1 -2 -1
This transformation is created by multiplying the center pixel and subtracting the Gaussian weighted average. The result must be divided by 16 to scale it back down to the range 0 to 255. As with the Laplacian transformation, check for negative weighted averages or weighted averages greater than 255 (and do the same thing as in the Laplacian case to fix it).
Edgy
-1 -1 -1
-1 9 -1
-1 -1 -1
This adds the Laplacian weighted average to the original pixel, which sharpens the edges in the image. It does not need scaling, but you need to watch for weighted averages less than 0 or greater than 255.
Notes:

§  The complication with these transformations is that the new value of each pixel depends on the neighboring ones, as well as itself. That means we cannot replace the original pixels with new values before the old values have been used to compute the new values of their neighbors. The simplest way to handle this is to create a new 2D Pixel array the same size as the old image, compute Pixels for the new image and store them in the new array, then change the image instance variable to refer to the new array once it is completed.

§  You should assume the image has at least three rows and columns and you do not need to worry about updating the first and last rows and columns. In other words, only update the interior pixels that have neighbors on all four sides. However, every position in the array of Pixels must have refer to a Pixel object; you can’t just leave a position in the array uninitialized.

§  Debugging hint: From past experience, we’ve noticed that bugs in the implementation of these transformations tend to produce more spectacular visible effects with the Laplacian weights. You might start with this set of weights when testing your code for the 3×3 transformations.

§  Be sure that your monitor is set to “thousands” or “millions” of colors, which is normally the case on most modern PCs. If you set the monitor to such a high resolution that the color display is set to 256, the colors will be rendered only approximately and it will be hard to see the effects of most of these transformations.

Further explorations (up to 5 points of extra credit)
Once you have the basic assignment working, turn it in so you’ve got something submitted. Then feel free to experiment with additional transformations. Besides varying the weights, you can try replacing each pixel by the minimum or maximum value in the neighborhood, or the median. Try weights that are not symmetric. Try using a larger neighborhood like 5×5. Or look on the web or in the library (an actual library not the Java library!) for additional things you can do with the images. Some small amount of extra credit (up to 5 points) may be awarded for particularly imaginative work.
Here are some transformation examples done with billg.jpg
Report
Write a short report (as a comment) at the beginning of the SnapShopConfiguration file. Describe:

§  what additional filters (besides the three simple transformations and the four 3×3 transformations) you wrote and submitted, if any

§  what works and what doesn’t

§  the surprises or problems you encountered while implementing the transformations.

(-10 points if you don’t provide a report)

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Complete the Learn: Self-Assessment: Do You Have What it Takes to Be a Leader? exercise located in this week’s Learning Activities folder.

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Respond to the following in a minimum of 175 words: 

  • How would you define leadership?
  • To the extent that leadership is an art, what methods come to mind for improving one’s “art of leadership” now?
  • As you reflect on the results of your self-assessment, do you believe you have what it takes to lead in the workplace? Why or why not?
  • Do you think people need growth and development to become more inclusive leaders? Why or why not?
  • How could you coach or mentor aspiring leaders to better appreciate diversity and inclusion?
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Recently, a terminated employee used his mobile device to log in to the company network and steal sensitive data. As the manager of the information technology (IT) security department, you were asked by your boss to present a summary of what the organization should do to prevent this from happening again. Create a PowerPoint presentation of your summary. In your PowerPoint presentation, you should include the components listed below.

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  • Explain the goal of information security in relation to mobile devices.
  • Identify the three sources of threats, provide a summary of each, and provide at least one example of each.
  • Explain technical safeguards, and discuss which technical safeguard(s) should be used for mobile devices.
  • Explain data safeguards, and discuss which data safeguard(s) should be used in this type of scenario.
  • Explain human safeguards, and discuss which human safeguard(s) should be implemented.
  • Discuss why the organization needs an incident response plan to secure information and knowledge.

Your presentation must be a minimum of six slides in length, not counting the title and reference slides. Be sure that any graphics used are appropriate and support the content of your presentation. You must use at least two references in your presentation, and they should be cited and referenced in APA format. Please cite all sources used.

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