All posts by : chebby

How is Cloud Computing different from a simple Client-Server architecture? How is Virtualization different from Cloud Computing? Which is the best to use and why?

Your supervisor, Sophia, Ballot Online director of information technology, has tasked you with creating a presentation that will convince the executives that using cloud-based computing to accommodate Ballot Online future growth rather than trying to expand the current infrastructure will help the company do business faster and at lower cost while conserving IT resources.

Question:

Create a high-level proposal for a compliance program for Ballot Online that enables the organization and its employees to conduct itself in a manner that is in compliance with legal and regulatory requirements. 

The proposal will be one to two pages in length and should take the form of a high-level outline or flowchart showing the different components and relationships among the components. 

Include the following elements that are generally found in an effective program:

● Identification of company employees who have oversight over the program, their roles, and responsibilities

● List of high-level policies and/or procedures that may be required

● List of high-level training and education programs that may be required

● Relationships between components of the program, including (but not limited to):

○ communication channels

○ dependencies

● Identification of enforcement mechanism 

● Identification of monitoring and auditing mechanisms

● How will responses to compliance issues be handled, and how will corrective action plans be developed?

● How are risk assessments handled?

Please add references

 We have a cloud computing course project. I uploaded the file with requirements. We need 1 PowerPoint presentation and 2 page description. But the thing is we need to present the instance; how its running, how the system works etc. I also stated a link from the last semester’s presentation. I do not know but we need to meet with the person who does this project so we can present it by ourselves at the day of the presentation. 

The registrar’s database of rooms, students, and courses is stored in three data structures:all_rooms is a dictionary that contains one pair for each classroom at Wassamatta U. The key is the room’s name (a string); the value is the room’s capacity (an integer).all_courses is a list in which each element represents one course offered at Wassamatta U. These elements are dictionaries called “course records.” Each course record has five keys, which are always named course id, name, time, room, and credits. The corresponding values can be different for each course record. They are:course id: the unique course ID (an integer)
name: the full course name (a string)
time: the time slot in which the course meets (a string)
room: the name of the room in which the course meets (a string)
credits: the number of credits for the course (an integer)
all_students is a dictionary that contains one pair for each student enrolled at Wassamatta U. The key is the students’s unique ID number (an integer), and the value is a list of course IDs (integers).It is fine for you to use these data structures in the body of your functions even though they are not passed in as arguments.What You Need to Do
Here are the functions you will need to ensure work correctly:total_rooms()This function should return the total number of classrooms at Wassamatta U. Fortunately, IT was able to recover the code for this function, so you will not need to reimplement it.total_courses()This function should return the total number of courses offered at Wassamatta U.total_students()This function should return the total number of students enrolled at Wassamatta U.room_exists(capacity)This function should return True if there is a room with exactly this capacity at Wassamatta U. and False otherwisestudent_is_enrolled(student_id)This function should return True if a student with student ID number student_id is enrolled at Wassamatta U, and False otherwise. Fortunately, IT was able to recover the code for this function, so you will not need to reimplement it.course_is_offered(course_name)This function should return True if a course with this name is ***** ***** Wassamatta U. and False otherwise.biggest_room()This function should return the name of the room with the largest capacity.total_courses(student_id)This function takes as an argument a student ID number. It should return the total number of courses the student with that student ID number is ***** enrolled in.total_credits(student_id)This function takes as an argument the student ID number of a student in the dictionary students. It should return the total number of credits for the courses in courses the student with that student ID number is ***** enrolled in.check_conflict(course_id1, course_id2)This function takes two course ID numbers as arguments. It should return True if the courses meet in the same room at the same time, and False otherwise (i.e., if they meet in different rooms or at different times).Note: Two time slots overlap only if and only if they are identical as strings.check_all_conflicts()This function should return True if any two distinct courses meet in the same room at the same, and False otherwise.check_over_capacity(course_id)This function should return True if the number of students enrolled in the course with course ID number course_id is equal to or less than the capacity of the room in rooms_list in which the course meets, and False otherwise.Hints: Some of these functions require you to do the same subtasks. We recommend writing them in the order listed. You will find that some of the later functions build on the earlier ones. When you recognize that you are doing something similar to something you have already done, you could:Copy your code from the old function into the new one and make appropriate changes.
Call the old function from the new function.
 

You are the IT manager of a large corporation. You are planning to use Python to develop statistical models to aid in analyzing your sales data. You are preparing a report for management. Here are the basic requirements for your report:

• Prepare in APA format
• Include references
• Report length: 500 – 700 words
• Briefly describe your company
• Briefly describe Python
• Give overview of Machine Learning
• Report on:’ 
  • Implementation plans
  • Technical training
  • Python libraries required
  • How Python will be used
  • Types of reports that will be produced

In addition, prepare a PPT presentation related to your Research Project. You will be required to have this ppt prepared for presentation at residency. 

 In 2-3 pages, discuss the article and explain blockchain’s defining  characteristics, explore its potential roles within finance, and  describe its benefits.   

Q.  What needs to be included as part of an organizations Phishing Policy? 

Note: 300 words with intext citations and 2 references needed.

Q1. Read: Ch. 6 &7 in the textbook: Data Representation and Interactivity

Textbook: Kirk, Andy.  Data Visualization: A Handbook for Data Driven Design

Data representation and interactivity are important aspects of data visualization.  Review the text by Kirk (2019) and note at least three storytelling techniques.  Note the importance of each and the advantages of using these techniques.

Q2. Read Ch. 6 in the textbook. Association Analysis: Basic Concepts and Algorithms

Textbook: Tan, Pang-Ning. Introduction to Data Mining

1. What are the techniques for handling categorical attributes?
2. How do continuous attributes differ from categorical attributes?
3. What is a concept hierarchy?
4. Note the major patterns of data and how they work.

Q3. Read Ch. 7 in the textbook. Association Analysis: Advanced Concepts 

Textbook: Tan, Pang-Ning. Introduction to Data Mining

1. What is K-means from a basic standpoint?
2. What are the various types of clusters and why is the distinction important?
3. What are the strengths and weaknesses of K-means?
4. What is a cluster evaluation?

Select at least two types of cluster evaluations, and discuss the concepts of each method.

Answer all three questions in 250 words each. Follow APA 7 Guidelines. There must be APA formatted references (and APA in-text citation) to support the thoughts in the post.

I want to add a few more practical methods to a binary search tree (and practice a bit of recursion in the process). down below you will find the class BinarySearchTree with the private inner class BinaryNode.Some methods are already specified. The Improved Methods

may not be changed.

i want to add following methods

int maximumRecursive()

Finds the maximum in the entire binary search tree (using a recursive helper method) and returns it. If the tree is empty, a

java.util.NoSuchElementException is thrown out

int maximumIterative() : Finds the maximum in the binary search tree iteratively. If the tree is empty, a java.util.NoSuchElementException is thrown out

int height() : Calculates the height of the entire binary search tree. A tree without elements has height 0, a tree with exactly one element has height 1

int sum() : Calculates the sum of all numbers in the binary search tree. For an empty search tree the result should be 0

String reverseOrder() :

Returns a string representation of the tree with all elements sorted in descending order. The string should – similar to the return of toString – have the following form have: 12, 8, 2, 0, -1, .

The code

public class BinarySearchTree {

private class BinaryNode {
private int element;
private BinaryNode left;
private BinaryNode right;

private BinaryNode(int element) {
this.element = element;
}
}

private BinaryNode root;

public void insert(int newNumber) {
// special case: empty tree
if (root == null) {
root = new BinaryNode(newNumber);
return;
}

BinaryNode parent = null;
BinaryNode child = root;
while (child != null) {
parent = child;
if (newNumber == child.element) {
//number already in tree
return;
} else if (newNumber < child.element) {
child = child.left;
} else {
child = child.right;
}
}

if (newNumber < parent.element) {
parent.left = new BinaryNode(newNumber);
} else {
parent.right = new BinaryNode(newNumber);
}
}

}

Your final project paper is broken down into 3 parts, worth a total of 600 points towards your final grade. This milestone is worth 100 points.

For this piece of that assignment, you will write the introduction to your final portfolio project (2-3 pages), comprehensively describing the industry you are choosing to use in the paper and preliminary challenges with information governance that you have identified. Be sure to utilize 3-5 sources from the UC Library.

Review the instructions in the Portfolio Project document first (attached here). Each milestone is a separate writing assignment, leading up to the final submission in week 7.

Expectations are that it will be a scholarly work, using largely peer-reviewed resources, formatted to APA 7 style. Grammar, spelling, and punctuation are significantly weighted. Any instance of plagiarism will result in a 0 on the activity (first offense) or failing the course (2nd offense).