CGS 1000 – Intro To Computers Tech.- Project Assignments Help

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For this project, you will use all four of the Microsoft Office applications to create a unified project on a single topic.

 

Project Topic

You may select any topic that is of interest to you. The course instructor must approve your topic before you begin working on it–be sure to obtain his/her permission sooner rather than later. Remember that your project will cover ONE topic. You will use ALL of the Office applications to create content related to your chosen topic.

Some examples of past project topics include:

• develop a business
• highlight attending HCC
• your favorite sports team
• your favorite sport
• dream car
• moving out on your own
• researching your planned career
• planning a vacation
• planning a wedding
• highlight your native country or culture
• your passion in life, etc.

Project Minimum Requirements

The minimum requirements for each of the four applications are detailed in the checklists below.

1. Each application component is valued at 65pts.
2.There are 40 points (10 pts each application) allocated for professionalism, effort, and creativity.

  • Professionalism is assessed in evaluation of proper use of the required skills (e.g. competent in tables), grammar, spelling, and overall appearance.
  • Effort is assessed in whether or not the presentation exceeded the minimum requirements
    • Students who meet only the minimum requirements for each software application may not receive the 40 points for professionalism, effort, and creativity.
  • Creativity is demonstrated by applying the software skills acquired during the term.
  • Creativity is measured in various ways, including:
    • applying additional skills covered in the course but not listed as a minimum requirement,
    • adding additional graphics or pictures,
    • applying varying color schemes,
    • creative formatting of the Excel chart,
    • using various design backgrounds with presentation slides,
    • creating your own slide background instead of using a design template,
    • adding a border to the Microsoft Word document component,
    • graphically editing pictures and other graphics,
    • adding external sounds or movie clip in the PowerPoint component, etc.

3. This project must be an original creation, not a copy ‘n paste from this semester’s assignments. All rules concerning Academic Dishonesty and Plagiarism will be strictly enforced.

4. The project must be based on your original work.

For the Face pictures, Insert a black picture in that section, and i’ll change it once done. And for lastname titles,  just type “lastname” so that i know and change it aswell when done.

Please open the file i attached, and follow the steps numbers for each Microsoft (Access, Excel, Powerpoint, Word)

 
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Java Project Assignment Help

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Java Project Assignment Help

IT 511 Final Project Guidelines and Rubric

Overview The final project for this course is the creation of a collection manager program. The project is divided into two milestones, which will be submitted at various

points throughout the course to scaffold learning and ensure quality final submissions. These milestones will be submitted in Modules Five and Seven. The final

product will be submitted in Module Nine.

Substantial software projects are often developed and implemented by utilizing accepted software engineering principles like modularity, encapsulation, and reusability. Throughout this course, you have learned the concepts and processes involved in the development of object-oriented programs. Following established object-oriented principles when writing a program results in modular solutions composed of well-formed classes that can be extended and reused, culminating in an enduring program that solves a problem. In this final project, you will create a basic program that will help you manage a collection of items that needs to be organized and managed. Your program must meet the requirements of the provided scenario. The creation of this program demonstrates your competency in the use of fundamental data types and more complex data structures and the creation of methods that utilize typical algorithmic control structures, object instantiation, and class definition. In order to make your program enduring, you will be adding inline comments directed toward software engineers about design decisions to facilitate the program’s ongoing maintenance, along with generating application programming interface (API) documentation for your programmatic solution that will be directed toward other software developers. This assessment addresses the following course outcomes:

 Employ suitable data types in object-oriented programs for addressing specific program requirements

 Apply algorithms using appropriate control structures for solving computational problems

 Implement methods that accept parameters and return expected results for addressing given program requirements

 Construct classes with relevant object attributes and behaviors for developing modular, object-oriented solutions

 Utilize appropriate documentation techniques for articulating the purpose and behavior of object-oriented code to specific audiences

Scenario You will create a program that will help you manage a collection of recipes. You will implement three classes: one for the main recipe items, one for the ingredients that are part of the recipe, and one for the entire collection of recipes. The collection should use a list data structure to store the individual items. Your collection class should include methods like addItem(), printItem(), and deleteItem() that allow you to add, print, or delete items from your collection of items.

 

 

Your Ingredient class will model the items that will be stored in each recipe in your collection. You will give it some basic attributes (of numeric or string types) and some basic methods (accessors/mutators, printItemDetails(), etc.). Your Recipe class will start off similar to your Ingredient class, but you will increase its functionality by modifying it to accept the Ingredient objects, containing all the details stored in an Ingredient class object. You will also expand the Recipe class by adding recipe-specific methods to your Recipe class.

The basic, foundational elements are shown in the following Unified Modeling Language (UML) diagram for the required classes:

UML Overview

Ingredient

 

Recipe

 

RecipeBox

– String nameOfIngredient – recipeName: String – listOfRecipes: ArrayList

– float numberCups; – servings: int + getListOfRecipes(): ArrayList – int numberCaloriesPerCup – recipeIngredients: ArrayList + setListOfRecipes(ArrayList): void – double totalCalories – totalRecipeCalories: double + RecipeBox(): void

+ getNameOfIngredient(): String + getRecipeName(): String + RecipeBox(ArrayList): void + setNameOfIngredient(String) : void + setRecipeName(String): void + printAllRecipeDetails(String): void + getNumberCups(): float + getServings(): int + printAllRecipeNames(): void + setNumberCups(float): void + setServings(int): void + addNewRecipe(): void

+ getNumberCaloriesPerCup(): int + getRecipeIngredients(): ArrayList + setNumberCaloriesPerCup(int): void + setRecipeIngredients(ArrayList): void + getTotalCalories(): double + getTotalRecipeCalories(): double + setTotalCalories(double): void + setTotalRecipeCalories(double): void + addIngredient(String): Ingredient + printRecipe(): void

+ addNewRecipe(): Recipe

Finally, you will also write an application driver class that should allow the user to create a new recipe and add it to the collection. In addition, it should allow the user to see a list of items in the collection and then give the user an option to either see more information about a particular item (by retrieving it from the collection) or edit an item that is already in the collection. Finally, your program should allow the user to delete an item from the collection. Moreover, you will add documentation to the application that will contain inline comments explaining your design decisions as well as documentation comments that will be used to generate API documentation for your programmatic solution for other software developers. To prepare for the final project, you will complete a series of six stepping stone assignments and two final project milestones that will help you learn the coding skills required for the project. Separate documentation for these assignments is included in the course resources.

 

contains contains

 

 

 

Prompt You have been tasked with developing a complete, modular, object-oriented program that will allow for the management of a collection. The scenario provided to you outlines all of the program’s requirements. Refer to the provided scenario to make the determinations for all data types, algorithms and control structures, methods, and classes used in your program. Your final submission should be a self-contained, fully functional program that includes all necessary supporting classes. Furthermore, you must provide inline comments in your program design that software engineers would be able to utilize for the ongoing maintenance of your program. Your programmatic solution should also be communicated through application programming interface (API) documentation to other programmers. Specifically, the following critical elements must be addressed:

I. Data Types: Your final program should properly employ each of the following data types that meet the scenario’s requirements where necessary:

A. Utilize numerical data types that represent quantitative values for variables and attributes in your program.

B. Utilize strings that represent a sequence of characters needed as a value in your program.

C. Populate a list or array that allows the management of a set of values as a single unit in your program.

D. Utilize inline comments directed toward software engineers for the ongoing maintenance of your program that explain your choices of data

types you selected for your program.

II. Algorithms and Control Structure: Your final program should properly employ each of the following control structures as required or defined by the

scenario where necessary:

A. Utilize expressions or statements that carry out appropriate actions or that make appropriate changes to your program’s state as represented in

your program’s variables.

B. Employ the appropriate conditional control structures that enable choosing between options in your program.

C. Utilize iterative control structures that repeat actions as needed to achieve the program’s goal.

D. Utilize inline comments directed toward software engineers for the ongoing maintenance of your program that explain how your use of

algorithms and control structures appropriately addresses the scenario’s information management problem.

 

III. Methods: Your final program should properly employ each of the following aspects of method definition as determined by the scenario’s requirements

where necessary:

A. Use formal parameters that provide local variables in a function’s definition.

B. Use actual parameters that send data as arguments in function calls.

C. Create both value-returning and void functions to be parts of expressions or stand-alone statements in your program.

D. Create unit tests that ensure validity of the methods.

E. Invoke methods that access the services provided by an object.

F. Employ user-defined methods that provide custom services for an object.

 

 

G. Utilize inline comments directed toward software engineers for the ongoing maintenance of your program that explain the purpose of the

methods you implemented in your program.

IV. Classes: Construct classes for your program that include the following as required by the scenario where necessary:

A. Include attributes that allow for encapsulation and information hiding in your program.

B. Include appropriate methods that provide an object’s behaviors.

C. Create a driver class that instantiates objects for testing the constructed classes.

D. Utilize inline comments directed toward software engineers for the ongoing maintenance of your program that explain the decisions you made

in the construction of the classes in your program.

 

V. Produce reference documentation that communicates your application programming interface (API) to other programmers, using a documentation

generator (Javadoc, Doxygen, etc.).

 

Milestones Milestone One: Ingredient Class

In Module Five, you will create a complete class based on Stepping Stone Labs Two and Three and provide it the basic attributes with the appropriate data types. Additionally, you will add code to validate the data type of the user input. This class will be modified for the submission of your final project application; however, it should be functional code that accepts user input for each variable. This milestone will be graded with the Milestone One Rubric.

Milestone Two: Recipe Class

In Module Seven, you will focus your skills finalizing your final project code by submitting a class complete with accessor/mutator, constructor, and “custom”

programmer-defined methods. This milestone will be graded with the Milestone Two Rubric.

 

Final Submission: Collection Manager Program

In Module Nine, you will submit your final project. It should be a complete, polished artifact containing all of the critical elements of the final product. It should

reflect the incorporation of feedback gained throughout the course. This submission will be graded with the Final Project Rubric.

 

Final Project Rubric Guidelines for Submission: Your complete program should be submitted as a zip file of the exported project and the reference documentation from your documentation generator.

 

 

 

Critical Elements Exemplary Proficient Needs Improvement Not Evident Value

Data Types: Numerical

Utilizes numerical data types that represent quantitative values for variables and attributes in the program, meeting the scenario’s requirements (100%)

Utilizes numerical data types that represent quantitative values for variables and attributes in the program, but use of data types is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not utilize numerical data types that represent quantitative values for variables and attributes in the program (0%)

6.34

Data Types: Strings

Utilizes strings that represent a sequence of characters needed as a value in the program, meeting the scenario’s requirements (100%)

Utilizes strings that represent a sequence of characters needed as a value in the program, but use of strings is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not utilize strings that represent a sequence of characters needed as a value in the program (0%)

6.34

Data Types: List or Array

Populates a list or array that allows the management of a set of values as a single unit in the program, meeting the scenario’s requirements (100%)

Populates a list or array that allows the management of a set of values as a single unit in the program, but population is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not populate a list or array that allows the management of a set of values as a single unit in the program (0%)

6.34

Data Types: Inline Comments

Meets “Proficient” criteria and inline comments demonstrate an insightful awareness of adapting documentation techniques to specific audiences (100%)

Utilizes inline comments directed toward software engineers for the ongoing maintenance of the program that explain the choices of data types selected for the program (90%)

Utilizes inline comments that explain the choices of data types selected for the program, but inline comments are incomplete or illogical, contain inaccuracies, or lack applicability toward software engineers for the ongoing maintenance of the program (70%)

Does not utilize inline comments that explain the choices of data types selected for the program (0%)

3.8

 

 

Algorithms and

Control Structures:

Expressions or Statements

Utilizes expressions or statements that carry out appropriate actions or that make appropriate changes to the program’s state as represented in the program’s variables and meet the scenario’s requirements (100%)

Utilizes expressions or statements that carry out actions or that make changes to the program’s state as represented in the program’s variables, but use of expressions or statements incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not utilize expressions or statements that carry out actions or that make changes to the program’s state as represented in the program’s variables (0%)

6.34

Algorithms and Control

Structures: Conditional

Control Structures

Employs the appropriate conditional control structures, as the scenario defines, that enable choosing between options in the program (100%)

Employs the conditional control structures that enable choosing between options in the program, but use of conditional control structures is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s definition (70%)

Does not employ the conditional control structures that enable choosing between options in the program (0%)

6.34

Algorithms and Control

Structures: Iterative Control

Structures

Utilizes iterative control structures that repeat actions as needed to achieve the program’s goal as required by the scenario (100%)

Utilizes iterative control structures that repeat actions to achieve the program’s goal, but use of iterative control structures is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not utilize iterative control structures that repeat actions to achieve the program’s goal (0%)

6.34

Algorithms and Control

Structures: Inline Comments

Meets “Proficient” criteria and inline comments demonstrate an insightful awareness of adapting documentation techniques for specific audiences (100%)

Utilizes inline comments directed toward software engineers for the ongoing maintenance of the program that explain how the use of algorithms and control structures appropriately addresses the scenario’s information management problem (90%)

Utilizes inline comments that explain how the use of algorithms and control structures addresses the scenario’s information management problem, but inline comments are incomplete or illogical, contain inaccuracies, or lack applicability toward software engineers for the ongoing maintenance of the program (70%)

Does not utilize inline comments that explain how the use of algorithms and control structures addresses the scenario’s information management problem (0%)

3.8

 

 

Methods: Formal

Parameters Uses formal parameters that

provide local variables in a function’s definition as determined by the scenario’s requirements (100%)

Uses formal parameters that provide local variables in a function’s definition, but use of formal parameters is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not use formal parameters that provide local variables in a function’s definition (0%)

3.17

Methods: Actual Parameters

Uses actual parameters that send data as arguments in function calls as determined by the scenario’s requirements (100%)

Uses actual parameters that send data as arguments in function calls, but use of actual parameters is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not use actual parameters that send data as arguments in function calls (0%)

3.17

Methods: Value- Returning and Void Functions

Creates both value-returning and void functions to be parts of expressions or stand-alone statements in the program as determined by the scenario’s requirements (100%)

Creates both value-returning and void functions to be parts of expressions or stand-alone statements in the program, but functions are incomplete or illogical, contain inaccuracies, or lack accordance with the scenario’s requirements (70%)

Does not create both value- returning and void functions to be parts of expressions or stand- alone statements in the program (0%)

3.17

Methods: Unit Tests

Creates unit tests that ensure validity of the methods as required by the scenario (100%)

Creates unit tests that ensure validity of the methods, but unit tests are incomplete or illogical, contain inaccuracies, or lack accordance with the scenario’s requirements (70%)

Does not create unit tests that ensure validity of the methods (0%)

3.17

Methods: Access Services Provided

Invokes methods that access the services provided by an object as required by the scenario (100%)

Invokes methods that access the services provided by an object, but called methods are incomplete or illogical, contain inaccuracies, or lack accordance with the scenario’s requirements (70%)

Does not invoke methods that access the services provided by an object (0%)

3.17

 

 

Methods: User-

Defined Methods Employs user-defined methods

that provide custom services for an object as specified in the program requirements (100%)

Employs user-defined methods that provide custom services for an object, but use of user-defined methods is incomplete or illogical, contains inaccuracies, or lacks accordance with the specifications in the program requirements (70%)

Does not employ user-defined methods that provide custom services for an object (0%)

3.17

Methods: Inline Comments

Meets “Proficient” criteria and inline comments demonstrate an insightful awareness of adapting documentation techniques to specific audiences (100%)

Utilizes inline comments directed toward software engineers for the ongoing maintenance of the program that explain the purpose of the methods implemented in the program (90%)

Utilizes inline comments that explain the purpose of the methods implemented in the program, but inline comments are incomplete or illogical, contain inaccuracies, or lack applicability toward software engineers for the ongoing maintenance of the program (70%)

Does not utilize inline comments that explain the purpose of the methods implemented in the program (0%)

3.8

Classes: Attributes

Includes attributes, as required by the scenario, that allow for encapsulation and information hiding in the program (100%)

Includes attributes that allow for encapsulation and information hiding in the program, but inclusion is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not include attributes that allow for encapsulation and information hiding in the program (0%)

6.34

Classes: Behaviors

Includes appropriate methods that provide an object’s behaviors, as required by the scenario (100%)

Includes methods that provide an object’s behaviors, but inclusion of methods is incomplete or illogical, contains inaccuracies, or lacks accordance with the scenario’s requirements (70%)

Does not include methods that provide an object’s behaviors (0%)

6.34

Classes: Driver Class

Creates a driver class that instantiates objects for testing the constructed classes as specified in the scenario (100%)

Creates a driver class that instantiates objects for testing the constructed classes, but driver class is incomplete or illogical, contains inaccuracies, or lacks accordance with specifications in the scenario (70%)

Does not create a driver class that instantiates objects for testing the constructed classes (0%)

6.34

 

 

Classes: Inline

Comments Meets “Proficient” criteria and inline comments demonstrate an insightful awareness of adapting documentation techniques to specific audiences (100%)

Utilizes inline comments directed toward software engineers for the ongoing maintenance of the program that explain the decisions made in the construction of the classes in the program (90%)

Utilizes inline comments that explain the decisions made in the construction of the classes in the program, but inline comments are incomplete or illogical, contain inaccuracies, or lack applicability toward software engineers for the ongoing maintenance of the program (70%)

Does not utilize inline comments that explain the decisions made in the construction of the classes in the program (0%)

3.8

Reference Documentation

Produces reference documentation that communicates the API to other programmers, utilizing a documentation generator (100%)

Produces reference documentation that communicates the API to other programmers, but documentation is incomplete or contains inaccuracies (70%)

Does not produce reference documentation that communicates the API to other programmers (0%)

3.8

Readability Meets “Proficient” criteria with an organized structure that separates components with different responsibilities and/or groups related code into blocks (100%)

Code follows proper syntax and demonstrates deliberate attention to indentation, white space, and variable naming (90%)

Code follows proper syntax, but there are variations in indentation, white space, or variable naming (70%)

Code does not follow proper syntax (0%)

4.92

Total 100%

 
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Computer Applications Challenge Assessment Homework Help

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Computer Applications Challenge Assessment Homework Help

© PENN FOSTER, INC. 2016

Challenge Assessment

Computer Applications

 

 

© PENN FOSTER, INC. 2016 PAGE 1COMPUTER APPLICATIONS Challenge Assessment

REQUIRED INFORMATION FORM 2

INTRODUCTION 3

REVIEWING YOUR SKILLS 3

YOUR ASSIGNMENT 4

MICROSOFT WORD 4

MICROSOFT EXCEL 6

MICROSOFT POWERPOINT 10

SENDING FILES 10

INTRODUCTION

CONTENTS

 

 

© PENN FOSTER, INC. 2016 PAGE 2COMPUTER APPLICATIONS Challenge Assessment

COMPUTER APPLICATIONS

REQUIRED INFORMATION FORM

CHALLENGE EXAMINATION INFORMATION FORM

In addition to the challenge exam/project assignment, students wishing to challenge a course to earn credit are also required to complete this student information form. Performance on the exam/project is only one of the deciding factors in determining if credit will be granted. The information provided on this form and the samples of your work will be a major consideration in the school’s decision.

The overall goal of the challenge process is to determine your skill level in the challenge topic area and fulfill the objectives of the course you’re challenging. Qualified candidates must not only meet minimum skill levels in all areas of the topic, but also document their experience in the field using those skills. Also, keep in mind that there’s a credit limit of 25 percent of the total credits that can be obtained through challenge exams or any other type of experience-based credit.

Create a new Word document and complete the steps below. You’ll upload this form and any supporting files along with the files for the Challenge Assessment.

1. Title the document Challenge Examination Information Form

2. Type your student contact information:

OO Name

OO Student Number

OO Address

3. Briefly describe how you’ve obtained the skills related to the course you’re challenging. List all courses, seminars, workshops, or other classes you’ve taken related to this course topic. You will also upload a résumé of any professional experience you have that’s related to these skills. Your résumé is one of the documents you will create for the assessment.

4. Describe how you’ve used the skills related to this course topic in your current or previous job experience. Provide specific examples of how these skills are applied and include examples of work that you’ve done related to these skills. We will ask you to gather and upload samples of your own work as supporting documents.

 

 

© PENN FOSTER, INC. 2016 PAGE 3COMPUTER APPLICATIONS Challenge Assessment

5. Create a numbered list of contacts for three professional references who can verify your skills in this area. Be sure to ask their permission to list their names and contact information here and give them your consent to discuss your performance, should the school inquire about you.

6. Save the document naming it Challenge Examination Information Form.docx.

INTRODUCTION This optional assessment allows students,who are working professionals and are pro- ficient in the use of the Microsoft Office applications Word, Excel, and PowerPoint, as well as basic computer skills, to demonstrate their ability. If the result of the assessment indicates that you’re sufficiently skilled in the use of Microsoft Office and have the com- puter skills necessary to complete your classes, you won’t be required to complete the Computer Applications course. You shouldn’t attempt this assessment if you aren’t famil- iar with the necessary skills.

This is a proficient/not proficient assignment. If you don’t earn a “PE” for proficient on this assignment, you’ll have to take the Computer Applications course, as it’s a required general education elective course. If you display proficiency and earn a grade of “PE,” you’ll receive academic credit for Computer Applications and can move on in your studies.

Whether or not you choose to attempt the assessment is up to you. If you take the assessment but don’t prove proficiency, there’s no reflection on you and your overall grade won’t be affected. If you start the lessons, the assessment is no longer an option to you.

If you earn a “PE” for proficient on the assignment and earn academic credit, it’s non transferable, and only excuses you from the lessons at Penn Foster.

REVIEWING YOUR SKILLS Before you take the assessment, you should review your computer skills. Since you’re enrolled in a distance education program, you’re probably already comfortable with using computers and the Internet. Many of your class materials are delivered in an electronic format and the portal you use to interact with the school is electronic, as well. In addition to these basic skills, you’ll need to be familiar with the following:

OO Keyboarding (You don’t need to touch type, but you do need to be familiar with your keyboard.)

OO Highlighting and selecting text in a file and cutting, copying, and pasting portions of a file

OO Creating, searching for, and locating files and folders on your computer

OO Accessing, searching, and downloading files from the Internet

 

 

© PENN FOSTER, INC. 2016 PAGE 4COMPUTER APPLICATIONS Challenge Assessment

OO Creating, reading, and sending email, including attaching files and opening files

OO Compressing and extracting files and folders

OO Saving files and folders to various drives and removable storage devices on your computer

YOUR ASSIGNMENT There are three parts to this assessment which will check your knowledge of Microsoft Word, Microsoft Excel, and Microsoft PowerPoint. Your submission will be evaluated by the course instructor to determine eligibility for life experience credit. To obtain credit, all instructions must be followed. Only your original work will be accepted.

MICROSOFT WORD To demonstrate your skills in Microsoft Word, you’ll create a cover letter and résumé fol- lowing the steps below.

COVER LETTER

Complete your cover letter as if you were applying for the job you currently have or a job you wish to have in the future. Create a new Word document and format it as follows:

OO 12-point standard font (Calibri or Times New Roman).

OO Left-aligned, single spaced text (Use the Single spaced Word template or the No Spacing paragraph style in the Blank document template to achieve this.)

OO 1-inch margins on top, bottom, left, and right.

OO Heading with your name, address, and contact information followed by a blank line.

OO Body elements that include:

O� A date line followed by two blank lines (date should automatically update)

O� A salutation line addressing your current boss (If using an imaginary job, address the cover letter to “Mr. Jackson”) followed by a blank line

O� Two or three paragraphs outlining why you’re interested in this job, your work and education experience, and why you would be a good fit for this position with a blank line between each paragraph

O� A closing line (“Best regards,” “Sincerely,” or something similar) followed by three blank lines and your typed name

Save the document naming it Cover Letter.docx.

 

 

© PENN FOSTER, INC. 2016 PAGE 5COMPUTER APPLICATIONS Challenge Assessment

RESUME

Your résumé will contain two pages:

1. The first will showcase the facts that make you an ideal candidate for the job.

2. The second will contain a list of professional contacts. You should use the same contacts given on the Challenge Examination Information Form.

Your first page should be formatted as follows:

OO 12-point standard font (Calibri or Times New Roman).

OO A centered header with your name, address, and contact information.

OO At least three sections from the following:

O� Summary—A brief description (three or four lines) of your experience, job goals, and previous job successes

O� Highlights—A bulleted list of your skills and characteristics relevant to the job you’re applying for

O� Experience—A list of your previous jobs, volunteer work, training, or other hands-on experience with the type of work you’re applying for. A typical Experience section contains the following information for each entry:

OO Job title

OO Dates employed

OO Name of business

OO City of business

O� Education—Diplomas, certificates, training programs, or any other alterna- tive education experience. Include the dates attended for each entry.

O� Awards—Any awards, medals, or recognition of achievements received in previous work or education experiences

Your second page should be formatted as follows:

OO 12-point standard font (Calibri or Times New Roman).

OO The same header as the first page.

OO A title that reads “Professional References”

OO Three references that include full names, contact information, and how you know them (manager, coworker, instructor, and so on.) These references will be contacted.

Save the document naming it Resume.docx.

 

 

© PENN FOSTER, INC. 2016 PAGE 6COMPUTER APPLICATIONS Challenge Assessment

MICROSOFT EXCEL To demonstrate your skill with Microsoft Excel, you’ll create two separate Excel files.

SCENARIO

Inventory and Payroll are two of the most common uses for Excel. For the first Excel file you will create an Inventory spreadsheet based on the given scenario. For the second excel spreadsheet you will create a payroll based ion the given scenario.

The Inventory scenario is based on a fictitious custom bike builder. Of course, the data given for the scenario is a small sampling of what a shop’s inventory would be. The data represents an end of month quantity and is being used to determine, the balance on hand and which items need to be reorder, if any.

The Payroll scenario is, of course, also just a snapshot of the calculations needed for a company’s payroll.

In an Excel file named Inventory create three sheets named Inventory, Bikes_Made, and Items_Used. Input the data given here. (You should use the previous year for the date.) In addition to the columns given in the inventory data table, add three more columns on your sheet named Balance on Hand, Value of Inventory, and Reorder.

Create a simple formula to calculate the Value of Inventory and complex formulas using the using the data from the three separate sheets to calculate the balance on hand whether the balance on hand is enough, or it is time to reorder the item. If it is time to reorder the item, the cell should contain the word REORDER and the cell should be filled with the color red.

Enter the data listed below.

INVENTORY: DATE RECEIVED, ITEM, COST, INVOICE

OO 4/1/xx, 12 H Front Brakes, unit cost $3.75, invoice number RG970563

OO 4/4/20xx, 22 20”R Rims, unit cost $24.00, invoice number ED99123

OO 4/12/20xx, 75 front reflectors, unit cost $0.50, invoice number JEO1713

OO 4/12/20xx, 50 rear reflectors, unit cost $0.50, invoice number JEO1713

OO 4/21/20xx, 55 20”F Rims, unit cost $15.00, invoice number ED99455

OO 4/13/20xx, 210 32 teeth sprockets, unit cost $14.25, invoice number SC831

OO 4/23/20xx, 180 36 teeth sprockets, unit cost $28.00, invoice number SC831

OO 4/25/20xx, 25 white seats, unit cost $8.00, invoice number WT389

 

 

© PENN FOSTER, INC. 2016 PAGE 7COMPUTER APPLICATIONS Challenge Assessment

Enter the following data: Bikes Made

OO MX100

O� January 12

O� February 15

O� March 20

O� April 24

O� May 30

OO MX2000

O� January 11

O� February 10

O� March 11

O� April 12

O� May 14

Enter the following data: Number of Items Used on Each Bike

OO MX100

O� H. Front Breaks 1

O� 20”R Rims 1

O� Front Reflectors 1

O� Rear Reflectors 1

O� 20” F Rims 1

O� 32 Teeth Sprockets 2

O� 36 Teeth Sprockets 0

O� White Seats 1

O� Nobbie Tires 0

O� Regular Tires 2

 

 

© PENN FOSTER, INC. 2016 PAGE 8COMPUTER APPLICATIONS Challenge Assessment

OO MX200

O� H. Front Breaks 1

O� 20”R Rims 1

O� Front Reflectors 1

O� Rear Reflectors 1

O� 20” F Rims 1

O� 32 Teeth Sprockets 0

O� 36 Teeth Sprockets 2

O� White Seats 1

O� Nobbie Tires 2

O� Regular Tires 0

OO Reorder Point

O� H. Front Breaks 150

O� 20”R Rims 250

O� Front Reflectors 500

O� Rear Reflectors 500

O� 20” F Rims 250

O� 32 Teeth Sprockets 250

O� 36 Teeth Sprockets 250

O� White Seats 150

O� Nobbie Tires 100

O� Regular Tires 100

PAYROLL

Create an Excel spreadsheet named Payroll.

Columns: Name, class, clock hours, gross earnings, health deductions, pension annuity, general deductions, and net earnings.

The spreadsheet should show a grand total for clock hours, gross earnings, health deductions, pension annuity, general deductions, and net earnings.

 

 

© PENN FOSTER, INC. 2016 PAGE 9COMPUTER APPLICATIONS Challenge Assessment

Ten employees with three different classes: Journeyman (1), Apprentice(2), and Welder Cleanup(3).

Enter the following data (name, class, clock hours, gross earnings):

James, Jerry 1 160 $3,200.00

Marks, Thomas 1 160 $3,200.00

Stem, Oliver 1 140 $2,800.00

Thompson, Randy 1 165 $3,3550.00

Summers, John 1 170 $3,500.00

Larson, David 1 145.5 $2,910.00

Peterson, Michael 2 160 $2,400.00

Clark, Lewis 2 175 $2,700.00

Custer, George 2 120.5 $1,807.50

O’Hare, Brutus 3 80 $960.00

Health deductions: contributions from all employees are calculated at $2.50 per hour worked.

Pension annuity deduction: contributions for Journeyman are calculated at $1.00 per hour worked and Apprentices are computed at $0.50 per hour worked. Welder Cleanup employees do not have a pension.

General deduction is 3% of gross earnings.

Each deduction amount should be entered into an individual labeled cell on the spreadsheet.

 

 

© PENN FOSTER, INC. 2016 PAGE 10COMPUTER APPLICATIONS Challenge Assessment

MICROSOFT POWERPOINT To demonstrate your skill with Microsoft PowerPoint, you’ll create a presentation based on a review of a restaurant or historical location in your town.

Create a Power Point Presentation with ten to fifteen slides based on a restaurant or historical site near your home. Choose an appropriate theme for the presentation. The first slide should use Title Slide layout. Your presentation must include, hyperlinks, slide transformations, animations, images, sounds, and video related to your topic. The presentation should run automatically but the animations on the individual slides should execute on a mouse click.

SENDING FILES After you’ve created and saved the files required for the assessment, place the files in a folder and compress (zip) the folder. You’ll email the folder to the school’s email address for review to the contact on the portal.

The subject line of the email should contain the following phrase: Computer Applications Challenge Assessment.

In the body of the email, include your name, address, and student number. The attached compressed (zipped) folder must contain the following:

OO The Challenge Examination Information Form Word document and any supporting files, as discussed in the Required Information Form section

OO The Cover Letter and Resume Word files

OO The Excel file

OO The PowerPoint file

OO An example of previous work you have done in Microsoft word, Excel, and PowerPoint. (You must submit 1 example of each)

Include a detailed description in your email as to where you received your prior documented training in Microsoft office.

 
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Assignment Help on Excel Chapter 4 Hands-On Exercise – Toy Store

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Assignment Help on Excel Chapter 4 Hands-On Exercise – Toy Store

(Assignment Help on Excel Chapter 4 Hands-On Exercise – Toy Store)

Exp22_Excel_Ch04_HOE – Toy Store 1.1

Exp22 Excel Ch04 HOE – Toy Store 1.1

Excel Chapter 4 Hands-On Exercise – Toy Store 

 

Project Description:

You work for the owner of Trinkets Toys & Games LLC. All merchandise is categorized into one of five departments for inventory records and sales. Along with the owner, there are three sales representatives. The sales system tracks which sales representative processed each transaction. The business has grown rapidly and you want to analyze the sales data to increase future profits. You downloaded June 2024 data from the sales system into an Excel workbook. Because the dataset is large, you will convert the data into a table, sort, filter, and utilize conditional formatting to complete your analysis. (Assignment Help on Excel Chapter 4 Hands-On Exercise – Toy Store)

 

Start Excel. Download and open   the file named Exp22_Excel_Ch04_HOE_ToyStore.xlsx.   Grader has automatically added your last name to the beginning of the   filename.

 

You would like to set page   breaks on the June Totals worksheet to allow the document to print without   splitting transactions dates.
Modify the existing page breaks to ensure the 6/13 and 6/24 transaction dates   print on the same page.

 

Create a copy of the June Totals   worksheet and name it June 1st Totals.

 

Return to the June Totals   worksheet. When printed you would like the titles to be preserved.
Set the titles in row 5 and columns A:B to repeat when printed. Additionally   set the print order to print over then down.

 

You would like to convert the   dataset to a table in order to add aggregation, structured references, and   table style.
Convert the range A5:K110 to a table. Be sure to include column labels. Name   the table Totals and apply the table style Light Yellow, Table Style Light 19.

 

You don’t need the Sales_First   column. To reduce the size of the dataset you will remove the column.
Delete the Sales_First column from the table.

 

You need to document the rebate   information and total purchase price. To do so you will add two new columns   to the data.
Type Rebate in cell K5 and   in cell L5.   Set the width of columns I:J to autofit.

 

You notice you are missing   records 2024-068 and 2024-105. You will manually add the records back to the   table.
Insert a row in the table at row 73 and row 112. Enter the following records.
Row 72 – 2024-068, 6/22/2024, Shah, Collectibles, 1014, Mattel,   Store Credit, Standard, 4, $16.99
Row 112 – 2024-105, 6/30/2024, McGowan, Action Figures, 1015,   Mattel, Store Credit, Promotion, 1, $13.49

 

You notice there are duplicate   values in the table that need to be removed.
Remove all duplicate values from the Totals table.

 

To calculate rebate amount you   will create an IF function with structured references in column K.
Enter an IF statement in cell K6 to   determine the customers rebate. If the value in cell H6 = Promotion the   customer receives a 10% rebate on the total purchase (Purchase Price *   Quantity*Rebate) if they are not eligible the function should return 0. Be   sure to use the appropriate structured references and then use the fill   handle to copy the function down completing the column. (Assignment Help on Excel Chapter 4 Hands-On Exercise – Toy Store)

 

To calculate the total owed you   will create a formula in column L using structured references.
Enter a formula using structured references in cell L6 to calculate the total   owed. The total owed is the purchase price * quantity – rebate.

 

You would like to focus a portion   of the report on June sales.
Add a total row to the existing table and set the Rebate and Quantity   subtotals to Sum.

 

Sort the June Totals worksheet   by Pay_Type A to Z, then by Trans_Type A to Z, and Owed largest to smallest.   For the last level of the sort add a custom list for the department column.   The list should use the following order Electronics, Collectibles, Infants,   Action Figures, and Board Games.

 

Apply a filter to the table to   only display only electronics department sales from sales rep Radomanski.

 

Apply a filter to the table to   only display transaction amounts of $300 or more.

 

Apply a filter to the table to   only display transaction dates between 6/16/2024 and 6/30/2024.

 

You would like to use   conditional formatting to highlight several key performance indicators in the   June Individual worksheet.
Make the June Individual worksheet active. Create a new conditional   formatting rule to highlight the name Rodriguez in column C with Green Fill   with Dark Green Text.

 

Create a new conditional   formatting rule to highlight the top 3 sales amounts in column L with light   red fill and dark red text.

 

Add Blue Data Bars conditional   formatting to column K.

 

Create a conditional formatting   rule that highlights any transaction in column A that is completed by the   sales rep Rodriguez with a value over $500. Ensure the formatting applies   Bold font with Orange Accent 2 background color.

 

Filter column A based on color.

 

Save and close Exp22_Excel_Ch04_HOE_ToyStore.xlsx.   Exit Excel.

References

https://www.youtube.com/watch?v=5hrNxKG36K8

 
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Visual Basic .Net 2012 Programming

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Card Shuffling and Dealing Simulation

Use Visual Basic .Net 2012 to program, debug, and test the following programming project.

 

Modify the Card Shuffling and Dealing Simulation  (reference chapter 9 – Case Study 9.5 Attached) to present the user with a video poker hand (5 card).

  • Change the main screen graphic to something of your own design.
  • For the cards, each card can be any available from a standard deck of cards.
  • Once a card is used, it cannot be used again in that hand (example: you draw the Jack of Hearts; you cannot draw that same card again).
  • When all 5 cards are shown on screen, allow the user to discard and draw new cards once (up to all 5 cards at a time, but only allow them to change the cards once).
  • Inform the user of their result in a dialog box (example: 3 of a kind or 2 pairs, etc.). After the user clears the result, allow the user to draw a hand again or exit the program.
  • All programs should have basic menu options that allow the user to exit the program and perform tasks you deem necessary for the program to function correctly. After creating the program, be sure to debug and test your code.
  • Submit a screenshot of the executed program and the code of the program.
 
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Artificial Intelligence 2

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1.Read chapter 5 from the PDF file and do Games Homework 1.

2. Read chapter 6 from the PDF file and do exercises 6-1 and 6-5.

For reference watch the 2 video’s at:
Video 1: http://csis.pace.edu/~benjamin/teaching/cs627online/webfiles/ConstraintSat isfaction1.mp4
Video 2: http://csis.pace.edu/~benjamin/teaching/cs627online/webfiles/ConstraintSat isfaction2.mp4

3. Read chapters 7 and 8 from the PDF file and do Logic Homework 1.

For reference watch only the first two videos at,

4. Read chapter 13 and sections 14.1 and 14.2 from the PDF file and do exercises 13-8 and 14-4.

For reference watch the 3 video’s at:
Video 1: http://csis.pace.edu/~benjamin/teaching/cs627online/webfiles/Probability1. mp4
Video 2: http://csis.pace.edu/~benjamin/teaching/cs627online/webfiles/Probability2. mp4

Video 3:

http://csis.pace.edu/~benjamin/teaching/cs627online/webfiles/Probability3. mp4

5. Read sections 18.1 through 18.3 from the PDF file and do Learning Homework 1.

For reference watch these videos:
I. http://videolectures.net/bootcamp07_guyon_itml/

II. https://www.youtube.com/watch?v=pLzE2Oh9QDI

 
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Use The Polarbear-GBI Answer Sheet To Submit Your Answers. The Two Excel File Provide Are Called For As You Go Through The Exercise.

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Exercises in Supply Chain Optimization and Simulation using anyLogistix

 

Prof. Dr. Dmitry Ivanov

Berlin School of Economics and Law

Professor of Supply Chain and Operations Management

Modified by Dr. Ed Lindoo, Campbellsville University, 2020.

 

To be cited as: Ivanov D. (2019). Exercises in Supply Chain Optimization and Simulation using anyLogistix, Berlin School of Economics and Law, 2nd, updated edition

© Prof. Dr. Dmitry Ivanov, 2019. All rights reserved.

1. Introduction

Supply chain network design and operational planning decisions can have a drastic impact on the profitability and success of a company. Whether to have one warehouse or two, close a factory or rent a new one, or to choose one network path over another are all consequential decisions a supply chain (SC) manager must make. However, these decisions must be the result of more than experience or intuition, and, as a result, research in SC management (SCM) is geared towards providing the data, tools, and models necessary for supporting SC managers’ analytical decisions. One of these decision-supporting tools is anyLogistix, a software which facilitates Greenfield Analysis, Network Optimization, and Simulation.

anyLogistix has become more and more popular with the provision of the free PLE version, and because it is an easy-to-use software, includes simulation and optimization, and covers all standard teaching topics (center-of-gravity, efficient vs responsive SC design, SC design through network optimization, inventory control simulation with safety stock computations, sourcing (single vs. multiple) and shipment (LTL vs FTL) policy simulation, and milk-run optimization).

The ALX exercise book addresses the application of quantitative analysis methods and software to decision-making in global supply chains and operations. Understanding of optimization and simulation methods in SCM is the core of the course. Technical skills for using simulation and optimization software in praxis can be acquired with the help of anyLogistix software. This case study is designed to stimulate and enhance conceptual and analytical decision-making skills in actual operating situations. The case method requires you to prepare a decision based on careful evaluation of case facts and numbers to the extent possible. As with all business situations, there may be insufficient facts, ambiguous goals, and dynamic environments.

This case seeks to convey the following skills:

Analytical Skills: Students will possess the analytical and critical thinking skills to evaluate issues faced in business and professional careers.

Technical Skills: Students will possess the necessary technological skills to analyze problems, develop solutions, and convey information using optimization and simulation software.

Along these lines, throughout the course we will examine two scenarios:

 Building a new SC from scratch -a case study of the Polarbear Bicycle company, which

must create and optimize its SC in order to maintain profitability and keep its competitive

edge in an increasingly global market where sales prices are driven down while costs re

main stable and seeks to analyze the performance of their existing SC and optimize its distribution network, while considering the risks and ripple effect.

Using the models available in anyLogistix, we will conduct analyses to (1) determine an optimal location using Greenfield Analysis (GFA) for a new warehouse, given the location of their current customers and those customers relative demands, (2) compare alternative network designs using Network Optimization (NO).

2. Case study

2.1 Description of Case Study

Customer Bicycle Type Demand per day
Cologne x-cross 2
Cologne urban 50
Cologne all terrain 15
Cologne tour 10
Bremen x-cross 7
Bremen urban 30
Bremen all terrain 20
Bremen tour 20
Frankfurt am Main x-cross 6
Frankfurt am Main urban 5
Frankfurt am Main all terrain 4
Frankfurt am Main tour 5
Stuttgart x-cross 15
Stuttgart urban 15
Stuttgart all terrain 1
Stuttgart tour 40
 

Costs

 Value in USD
Factory Nuremberg: fixed (other) costs, per day 15,000
Factory Poland: fixed (other) costs, per day 5,000
DC Germany: fixed (other) costs, per day 15,000
DC Germany: carrying costs (per bicycle) 3.00
DC Czech Republic: fixed (other) costs, per day 5,000
DC Czech Republic: carrying costs 2.00
DC Germany: processing costs (inbound and outbound shipping per pcs) 2.00
DC Czech Republic: processing costs (inbound and outbound shipping per pcs) 1.00
Factory Nuremberg: production costs (per bicycle) 250
Factory Poland: production (per bicycle) 150
All bicycles: product purchasing costs 30
Transportation costs; Paths: from factory -to DCs 0.01 * product(pcs) * distance
Transportation costs; Paths: from DCs -to customers 0.01 * product(pcs) * distance
Unit revenue 499
Table 1  

We consider a company called Polarbear Bicycle. Polarbear Bicycle was founded as an e-commerce start-up selling bicycles, however they were just purchased by the company you work for as an analyst……Global Bikes (GBI). With this new purchase, the board of directors of GBI is asking a number of questions that you as an analyst for GBI need to answer. Polarbear’s portfolio includes four different types of bicycles: x-cross, urban, all terrain, and tour bicycles. You have been assigned the task to find the best location for one or two new distribution centers (DC). First, you estimate customer demand based on Table 1 above. Polarbear distributes their bicycles to four locations throughout Germany: Cologne, Bremen, Frankfurt am Main, and Stuttgart. Table 1 shows customer demand, which is equal to 245 bicycles per day.

GBI now needs you to analyze supply and distribution network alternatives and to develop a best-case scenario for Polarbear-GBI Bicycle. You are charged with conducting a GFA to determine the possible location of a new DC or DC’s in Germany, as well as a network optimization to compare several options for network paths.

2.2 Greenfield Analysis (GFA) for Facility Location Planning: Selecting the Best

Warehouse Location for Polarbear-GBI Bicycle

Now we conduct a GFA for the outbound network of Polarbear-GBI Bicycle considering the four customers located in Cologne, Bremen, Frankfurt am Main, and Stuttgart. The aim of this GFA is to determine the optimal location of one (or two) new DC’s in Germany subject to total minimum transportation costs. Note: for the purposes of this analysis we are not considering current GBI customers or DC’s within Europe. Polarbear-GBI makes and sells very unique bicycles that currently are not a good fit within the GBI network, therefore we consider a completely separate distribution network.

Creating an ALX model.

Step 1. Open Anylogistix. Click on New Scenario, click OK. Next click on import scenario then select the file you downloaded, PB GFA Level 2 with Solutions.xlsx. Change the scenario name to your name

Note: You may receive a warning about old data file. You should be able to say OK and just ignore it.

Performing experiments. Data from Table 1 has already been entered for Customers, Demand, and Products.

 

Step 2. Go to GFA Experiment and run it for “Number of sites = 1” and the period of two months.

Select custom periods and make sure the default dates 11/1/17 – 12/31/17 are set.

Step 3. Analyze the results using statistics “Flows” and “New Sites”:

Note: Use the Polarbear-GBI case study answer sheet to submit ALL of your answers.

 

1. What are the optimal coordinates of the DC?

2. What is the maximum distance from the optimal DC location to a customer?

3. What is the minimum distance from the optimal DC location to a customer?

4. What are the total costs of the SC? (Note: to compute the sum of costs or flows in GFA Results, just slightly drag the heading of the column “Period” in table “Product flows” in the space over the table.

5. Compare the data in statistics “Flows”and Table“Demand”. Do we satisfy all customer demands from the optimal DC location? If Yes, why? If no, why?

Step 4. Go to GFA Experiment and run it for “Number of sites = 2”.

Step 5. Analyze the results using statistics “Flows” and “New Sites”:

6. What are the total costs of the SC?

7. Compare the results with one and two DCs in terms of costs and responsiveness.

8. What other costs were not considered in selecting the optimal facility location in the GFA?

2.3 Network Optimization (NO) for Facility Location Planning: Comparing Po

larbear’s Supply Chain Design Alternatives

After selling the bicycles from the newly established DC(s) according to the GFA results, Polarbear-GBI decided to produce their own bicycles. Their production facility has now been established in Nuremberg and 250 bikes are produced each day. Recently, they have received an offer from a Polish production factory to rent a DC in the Czech Republic at a reasonable price. The same company also wants to offer them rental of a factory in Warsaw, Poland, even though they already have one factory in Germany. Polarbear-GBI must now decide which SC design is more profitable:

 Option 1: DC in Germany and Factory in Germany

 Option 2: DC in Germany and Factory in Poland

 Option 3: DC in Czech Republic and Factory in Poland

 Option 4: DC in Czech Republic and Factory in Germany

In Fig. 1, the different possibilities for the path networks are shown. The dotted lines show possible alternatives and the solid lines the existing structure of Polarbear’s SC.

Figure 1. Network optimization alternatives

The aim of the NO is to determine which network design is optimal based on Polarbear’s selected KPIs, e.g., profit.

Therefore, the factory in Warsaw, Poland, the DC in the Czech Republic, and the DC in Steimelhagen were added as inputs to the model along with the Nuremburg factory. To enable the model’s calculation, the reality of the case must be simplified: all demand is assumed to be deterministic without any uncertain fluctuations. To define the two-stage NO problem (transport between factories and DCs and between DCs and customers) from a mathematical perspective, several parameters must be input as data. These are shown in Table 2.

 

The costs of the rent for the factory in Poland and the DC in Czech Republic are included in “othercosts”. For transport, it is always assumed that each truckload fits 80 bicycles, and trucks travel at a speed of 80 km/h.

Creating an ALX model

Step 0. Probably best to close and re-open ALX at this point. Now create an new scenario as you did in Step 1 above and import the file PB NO Level 2 Solution.xlsx. Rename it so that it has your name or initials as the scenario name: Note: Data from Table 2 has been entered for you.

Note: You may receive a warning about old data file. You should be able to say OK and just ignore it.

Performing experiments Step 1. Go to NO Experiment and run it with the Demand variation type “95-100%”.

NOTE! In order to run the NO experiment, make sure the units in experiment settings is set from m3 to pcs to align it with product data.

Step 2. Analyze the results using statistics “Optimization Results”, “Flow Details”, “Production Flows”, “Demand”, and “Overall Stats”:

 

b. place a screen shot here clearly showing your new NO results with your name or initials in the scenario name.

 

 

9. What is the most profitable SC design?

10. Is demand for all customers satisfied? Why or Why not?

11. What is the total revenue of the most profitable SC?

12. What is total profit of the most profitable SC?

13. Compare the data in statistics “Production Flows” and Table “Demand”. Does the production quantity correspond to the total demand? Explain.

14. Compare the optimal SC design as computed in the NO and the initial SC design (factory and DC in Germany) in terms of profit.

15. What other costs should be considered when redesigning the SC according to NO results?

16. What other factors, apart from costs, should be considered when re-designing the SC according to the results of the NO?

 
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Job Interview Presentation ( Fundamentals Of Networking)

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Job Interview Presentation

Your Name:

The interview will focus on networking fundamentals and consist of 10 questions.

Networking

Devices

Protocols

United States Cyber Command uses state-of-the art technology. However, the fundamentals are as important as any innovative technology. Given that, what are the three basic local area network (LAN) topologies called?

The national mission teams operate on all types of networks. To defend a network, you must first understand the network design on which you are operating. Provide a brief description of each of the following network topologies:

Topology​ Description​
bus​ ​
star​ ​
ring​ ​
mesh​ ​
hybrid​ ​
Our employees must have a theoretical and applicable understanding of how networking works. Name each layer of the OSI model. Provide the layer number and name from top to bottom.

Layer​ OSI Layer Name​
​ ​
​ ​
​ ​
​ ​
​ ​
​ ​
​ ​
Briefly describe each function of the OSI model layer. Provide the layer name and the function in your response.

Layer​ Function​
​ ​
​ ​
​ ​
​ ​
​ ​
​ ​
​ ​
United States Cyber Command requires an internet service provider (ISP) to connect to the internet. What is the point at which the operational control of ownership changes from the ISP to United States Cyber Command?

Our teams operate and encounter all types of devices. Provide a brief description of each of the following common network devices:

Networking Device​ Description​
hub​ ​
router​ ​
NIC​ ​
switch​ ​
The national mission teams require implementation of common protocols. Provide the port that each of the following protocols use:

Protocol​ Port​
HTTP​ ​
SMTP​ ​
SNMP​ ​
DNS​ ​
HTTPS​ ​
DHCP​ ​
TELNET​ ​
Provide the IP range for each network class:

Note: The question is asking for the class range, not the private IP range for each class.

Class A:

Class C:

Class B:

Provide the default subnet mask to the class of network:

Class​ Format​ Default Subnet Mask​
A​ network.host.host.host​ ​
B​ network.network.host.host​ ​
C​ network.network.network.host​ ​
Describe the purpose of an autonomous system.

Thank You!

Upload your PowerPoint and video to the Assignments folder to receive a grade and feedback.

 
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Principles Of Software Engineering – 2Pages

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Principles of Software Engineering – 2Pages

Resources:

  • Section 3.4, “Principles of Software Engineering,” in Ch. 3, “Engineering of Software,” of Essentials of Software Engineering
  • The module “The Software Lifecycle” of the Pluralsight course “Software Process Management” by Gregory Knight
  • “SDLC Table” document
  • Grading criteria

The company you work for is a programming services contractor that consults with businesses in the United States requiring assistance in creating software in compliance with the Health Insurance Portability and Accountability Act (HIPAA). Your company advertises a proven track record in providing secure code that meets regulatory and compliance recommendations that include the protection of all Personally Identifiable Information (PII).

Your client is a small hospital and surgery center that requires a program that will calculate the bill for a patient’s hospital stay, including charges for the surgery, daily hospital fees, and pharmacy. The hospital only performs five types of surgeries, limits the patient stay to three days, and has a limited pharmacy offering of ten prescription drugs. The hospital employees who will use the program should be able to enter the patient information, including name, hospital ID number, diagnosis, surgery type, length of stay, and prescriptions. The program will then produce a final billing statement. The client would like the program completed in six months.

Using the file provided and referencing the scenario above, complete the 2- to 3-page System Development Life Cycle Table. The table is designed to help you see how to apply the SDLC to an actual program. Complete the second and third column for each row; optionally feel free to add additional artifacts to the fourth column. Be sure your responses directly address this case study.

 
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Java Assigment

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This program will work with file IO and exception handling by building a simple text-based interface for browsing the file system. When the program starts it should ask the user if they would like to dump results to a log file IN ADDITION to standard out. If so, your program should prompt for the name of the log file. If the file already exists, it’s contents should be overwritten. The program will then display (6) options to the user: (1) List the contents of a directory provided by the user (2) List the contents of a directory provided by the user as well as all of its sub directories. (hint: use recursion) (3) Locate a file with a given name. (4) Locate files with a given file extension (5) Concatenate the contents of 2 files whose names are provided by the user and output the result to a third file (name also provided by the user) (6) Exit In addition, provide additional (useful) options in addition to those listed above. For example, locating files based on regular expression matches in the file name or the file content. Be creative. Have fun. Design: Make sure to design the program so that the file system functionality is encapsulated in its own class or classes. Specifically, you should design so that it would be trivial to hook up these features to a GUI rather than the command line. (This means the main function should have almost no code in it, and that all command-line user interaction should be separate of file browsing implementation, etc.)

{"statusCode":404,"error":"Not Found","message":"The specified key does not exist."}
 
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