Monthly Archives: January 2024

 how ERM can be integrated with an organization’s overall strategy. Prepare a research paper on some of the various issues, protocols, methods, frameworks you found and discuss how – if possible – organizations can use ERM as strategy. It is perfectly acceptable if you deem ERM cannot be used as strategy, just back up your claim with scholarly research and justifications. Your paper should meet these requirements: 

• Be approximately four to six pages in length, not including the required cover page and reference page.
• Follow APA 7 guidelines. Your paper should include an introduction, a body with fully developed content, and a conclusion.
• Support your answers with the readings from the course and at least two scholarly journal articles to support your positions, claims, and observations, in addition to your textbook. 
• Be clearly and well-written, concise, and logical, using excellent grammar and style techniques. You are being graded in part on the quality of your writing.

Research the specific domains and components of the COBIT Framework.  Discuss the levels of security architecture as they relate to the principles of the COBIT Framework.  COBIT faced a variety of criticism.  Explain one criticism of COBIT and discuss if and how the criticism was addressed (if it was)

and assessment of how COBIT criticism was addressed and offer an opposite view of the criticism

3 pages

Objective: Web scraping with Python

Due: December 7 (11:59pm). 10 pts will be deduced for each late day (24hr). No submission will be accepted after Dec 10 (11:59pm). Total grade for the project is 100.

Grading Procedures: All submission will be checked with a plagiarism software. Submission having more than 70% similarity to any other student submission and/or internet resources will share total points the assignment. For example, 4 submissions having more than 70% similarity will be graded as 100/4 = 25pts, assuming that the program is worth of 100 pts.

Description: The university maintains course schedules at http://appsprod.tamuc.edu/Schedule/Schedule.aspx for different semesters (spring, fall, winter, etc ). You will develop a Python program to dynamically complete certain tasks, such as list, find, sort, and save, in course listings from schedule portal. You will mainly use “request” and “BeautifulSoup” libraries (or similar, see exercise 12.1). The program will operate at different level: Semester and Department.  Your program will be a menu based application. Assume that you project file is myproject.py. Once you run, it will show last 5 semester (fall, spring, summer only, (not winter, may mini))

> python myproject.py
Choose a semester: 1) Sprint 2021   2)Fall 2020  3)Summer II  4)Summer I 5)Spring 2020 
Selection: 2

Here, your program will parse the data from website and show only last (most recent) 5 semesters. User will make selection, then, you will show departments for the selected semester (Fall 2020). Note that selected semester is visible before a “>” sign.

Fall 2020> Select a department:
1) Undeclared
2) Accounting and Finance
3) Art
4) Ag Science & Natural Resources
…
…
30) Social Work
31) Theatre
Q)Go back

Selection: 3

Fall 2020> Art > Select an option:
1) List courses by instruction name
2) List courses by capacity
3) List courses by enrollment size
4) List courses by course prefix
5) Save courses in a csv file
6) Search course by instruction name
7) Search courses by course prefix
Q)Go back
Selection: ??

Here, your program will parse the data from website and show all available department then list of tasks. Q (go back) option will take user to previous level. 

Course listing output should show the following fields. For instance for course listing for “Fall 2020> Computer Science & Info Sys> List the course by prefix ” should show

PrefixIDSecNameInstructorHoursSeatsEnroll.COSC130101WIntro to CompuLee, Kwang33510COSC143601EIntro to Comp Sci & ProgBrown, Thomas44036COSC143601LIntro to Comp Sci & ProgBrown, Thomas4036COSC143601WIntro to Comp Sci & ProgHu, Kaoning44543COSC143602EIntro to Comp Sci & ProgHu, Kaoning43532

as first 5 rows.

You will follow above headers and order (prefix (col. width 6), ID (5), Sec (5) ,Name (25), Inst (20), Hours (5), Seats (5), Enroll. (7) ) for other listing selections too. Data cell should be aligned with column header and left justified. A course name should not have a word more than 5 chars. For instance Algorithms should be abbreviated as “Algor”. The length of course name will not exceed 25 chars. In option 5, the above format should be used to save a listing to a file as .csv format. User will be able to provide a filename for csv file.

For this program you need to develop at least one class (chapter 10) with (possible) many methods.

1. Discuss Howell and Mendez’s three perspectives on followership.  Note how these behaviors influence work productivity.
2. What is the big five personality model?
3. What is the Myers-Briggs test?  How is it similar to the Big five model?  How is it different than the Big five model?

Check Attachment!!

• Create a cybersecurity policy describing the principle, the objective, and policy statement for the law firm’s company network.
• Describe the roles and responsibilities by groups (e.g., position director of network security, the network security manager, network security engineers, IT area), defining roles and responsibilities.
• Suggest the cybersecurity policy statement, an explanation of the policy statement, and the reasons why the policy statement may be controversial.
• Determine the security testing methodology you would use to facilitate the assessment of technical controls.

 Use Microsoft Project, or an open source alternative such as OpenProj, to create a security project plan for the law firm. The project plan should include:

• Tasks, subtasks, resources, and predecessors.
• An outline of the planning, analysis, design, and implementation phases.
• The use of cybersecurity in the information systems development life cycle.

 Due is 48hrs

Describe what the Internet of Things means and how this interconnectedness of smart devices will affect how we live and work. Do you foresee any positive and/or negative effects from this infrastructure based on billions of devices that will be collecting and exchanging data daily? Provide at least one example of a smart device and how it can be applied to the Internet of Things.

• A minimum of 3 to 5 paragraphs.
• Must include at least one source (a journal, periodical, article, etc.) from a Broward College Library database (Library Resources).
• Must include a Work Cited page for the source material.
• Must be submitted as a .docx (Microsoft Word) file and in APA format

 CS 2336 PROJECT 3 – Linked Inventory Management Project Due: 11/04 by 11:59 PM KEY ITEMS: Key items are marked in red. Failure to include or complete key items will incur additional deductions as noted beside the item. Submission: • The file containing main must be named Main.java. (-5 points) • The project files must be in packages that start with LinkedInventoryManagement.* (-5 points) • All project deliverables are to be submitted in eLearning until further notice o Zip the contents of the src directory into a single zipped file o Make sure the zipped file has a .zip extension (not .tar, .rar, .7z, etc.) (-5 points) o Add your project’s presentation link in the comments section in eLearning • Programs must compile and run with Java SE 13. • Each student is responsible for developing unit test cases to ensure their program works as expected. • Type your name and netID in the comments at the top of all files submitted. (-5 points) Objectives: • Create a modular code solution with multi-packages • Use the Singleton pattern to create and manage the Scanner object • Create and manipulate a multi-directional LinkedList in Java • Use Java Generics to create generic classes and methods • Implement and use the Comparable interface Problem: A small electronics company has hired you to write an application to manage their inventory. The company requested a role-based access control (RBAC) to increase the security around using the new application. The company also requested that the application menu must be flexible enough to allow adding new menu items to the menu with minimal changes. This includes re-ordering the menu items and making changes to the description of a menu item without having to change the code. Security: The company has suggested to start the application by asking the user for a username and password to ensure that the user is authorized to access the application. There are two types of users at this company, managers and employees. If managers log on to the application, they will see all options on the menu list. If employees log on to the application, they will see a limited set of options on the menu list. User information is stored in Users.dat file, which may or may not exist at the start of the program. A super user “admin” with password “admin” has already been hardcoded in the program to allow for the initial setup and the creation of other users. The Users.dat file contains the FirstName, LastName, Username (case insensitive), HashedPassword and a flag to indicate whether a user is a manager or not. The file is comma separated and it is formatted as follows: Joe, Last, jlast, 58c536ed8facc2c2a293a18a48e3e120, true Sam,, sone, 2c2a293a18a48e3e12058c536ed8facc, false Jane, Best, jbest, 293a18a48e3e12052058c536ed8facc2c, false Application Menu: The menu of the application is dynamically loaded and displayed to the user only after the user successfully logs on. The menu items will be loaded from file “MenuList.dat”, which may or may not exist at the start of the application. If the file doesn’t exist, the application should show at least an Exit menu item as default. The file will contain all menu items details, including the name of the command that will be executed when the menu item is selected. The file may contain duplicate menu items. Your program should detect this by checking the command name as a key to compare menu items and prevent showing duplicates in the menu. If a menu item is marked as restricted (Boolean flag), only managers can see that item. The file contains the following comma separated fields, Description, a Boolean flag to indicate if the option is restricted to managers only, and the name of the menu command that will be executed when the option is chosen. The order and option number of a menu item may change depending on how they are listed in the file. The Exit option will always be listed last and it will not be in the file. Below is a sample of how the MenuList.dat file looks like: Add User, true, AddUserCommand Delete User, true, DeleteUserCommand Change Password, false, ChangePasswordCommand Add New Product, true, AddProductCommand *Note: The command name of each menu item must match the name of the class that you will create in the code (See AddProductCommand class in the code for example). Inventory: The inventory consists of multiple products of type Product stored in class ProductCatalog. The ProductCatalog is responsible of all inventory operations that add, remove, find and update a product. When printing a product information, the product retail price should be calculated and displayed as well. Retail price = (cost + (margin * cost/100)). A list of functions has been added to this class in the provided code template. You must implement all listed functions. The inventory products will be saved in file Inventory.dat, which may or may not exist when the program first starts. The file will contain the product unique id (int), product name (string), cost (double), quantity (int) and margin (int, integer that represents margin percentage). Your program must prevent the user from inserting duplicate products by checking existing products using the product name (ignore case) as a comparison key. The Inventory.dat file is comma separated and formatted as follows: 3424, Smart Watch, 20.45, 23, 80 65454, Flat Screen TV, 465.98, 15, 35 435, Computer Monitor, 123.54, 84, 43 Data Structure: The MenuList and ProductCatalog classes must use a custom LinkedList that you will create instead of using an ArrayList. The nodes in this list must be multi-directional to facilitate moving from current node to next node and from current node to previous node if needed. This custom linked list must be named InventoryLinkedList, must be generic, and must contain at least the following methods: – public InventoryLinkedList(E[] elements) //Constructor – public E GetFirst() //Get the first element in the list – public E GetLast() //Get the last element in the list – public void Insert(int index, E element) //Inserts element e at the specified index – public E Remove(int index) //Remove the element at the specified index – public String toString() //Return formatted elements information – public boolean Contains(E element) //Check if list contains the element – public E SetElement(int index, E element) //Set the element at the specified index – public E GetElement(int index) //Get the element at the specified index – public Integer GetLength() //Returns the number of elements in the list Output Format: Enter username: some username Enter password: some password //Repeat prompts until user is authenticated OR show error and option to exit. Invalid username or password! Press enter to continue or “Exit” to exit: Enter username: some username Enter password: some password Welcome Firstname LastName! Inventory Management System Menu //This is the header of the MenuList // The order and option number of a menu item may change depending on how they are listed in the MenuList.dat file. The Exit option will always be listed last and it will not be in the MenuList.dat file. 1- Add user 2- Remove user 3- Change password 4- Add new product 5- Update product information 6- Delete product 7- Display product information 8- Display inventory 9- Exit Enter your selection: 7 Enter product name: sMaRt wAtCh Id Name Cost Quantity Retail ———————————————————— 3424 Smart Watch $20.45 23 $36.81 Type “Next” or “Previous” to display next/previous product, press enter to return: next Id Name Cost Quantity Retail ———————————————————— 65454 Flat Screen TV $465.98 15 $629.07 Type “Next” or “Previous” to display next/previous product, press enter to return: next End of products list… //Displayed if no more products in the list Type “Next” or “Previous” to display next/previous product, press enter to return: //Enter //Repeat the menu after each command is executed.

  apa style min 14 pages with refrence / images or visulization. 

Need to be best. should pass turnitin / no plagarism

We studied Apache Pig in lecture # 4. You are supposed to do online research and find out one case study where Apache Pig was used to solve a particular problem. I am expecting 4 page write-up. Please provide as much technical details as possible about solution through Apache Pig. Please draw technical diagrams to explain the solution. 

I am expecting maximum one page for business problem and 3 pages of technical solution. I want everyone to do research and provide their own write-up.

Please draw your own diagrams and don’t go more than 4 pages in total.