Java code;
package cardgame;
public class Card {
final String[] SUITS = { “Hearts”, “Diamonds”, “Spades”, “Clubs” };
final String[] FACES = { “A”, “2”, “3”, “4”, “5”, “6”, “7”, “8”, “9”, “10”, “J”, “Q”, “K” };
final int NOOFCARDSINSUIT = 13;
// properties
int cardNo;
// constructors
public Card(int faceValue, int suit) {
cardNo = faceValue suit * NOOFCARDSINSUIT;
}
public Card(int cardNumber) {
cardNo = cardNumber;
}
public int getFaceValue() {
return cardNo % NOOFCARDSINSUIT;
}
public int getSuit() {
return cardNo / NOOFCARDSINSUIT;
}
public String toString() {
return FACES[getFaceValue()] ” of ” SUITS[getSuit()];
}
public boolean equals(Card c) {
boolean res;
if (getFaceValue() == c.getFaceValue()
Provide a review of a company’s recent independent security report. Need to provide an overview of: -provide overview of
Provide a review of a company’s recent independent security report. Need to provide an overview of:
-provide overview of HIPAA, GDPR, PCI DSS
-2 physical and 2 logical physical threats
-2 physical and logical vulnerabilities
(items are highlighted) that need to be addressed. There is no page or word requirements. No max/min of sources (APA Format). Doesn’t need to be a novel, if you can hit every witket/highlight
Virtual Machine
Computer Science Assignment Help For this assignment you will be taking a tour of the Linux Operating System. You will be creating a Linux Virtual Machine on your computer. You can choose any Virtual Machine Software and any version of Linux you wish to run.
If you are completely new to these concepts, I recommend using “Virtual Box” as your Virtual Host Software and “Ubuntu” Linux as your Linux Virtual Machine. For your convenience, I have included a step by step tutorial.
Overview:
A virtual Machine allows you to run an operating system from within an application. i.e. traditionally, a single computer runs a single operating system. Virtual Machines allow a “host operating system” such as Windows, to run additional Operating systems as if they are applications. i.e.
We can launch “Ubuntu Linux” as if it were any other application within our Windows Environment. A new window is displayed which contains the Linux Operating Environment. This “Virtualization” allows a single piece of hardware to run multiple operating systems while sharing resources (CPU, Memory, Disk) between them.
Your Task:
Install virtualization software of your choice. If you do not already have a favorite, the recommended package is “virtual box.” This is a free software download. https://www.virtualbox.org/
Once your virtualization software is installed, you are required to install a Linux virtual machine image. If you are new to this concept, the recommended Virtual Machine image is Ubuntu Linux Desktop. http://www.ubuntu.com/download
Alternatively, you have a whole host of additional options including:
Debian
SUSE
Fedora
You can find pre-built Virtual Machine Images all over the place online and you are welcome to use any image you wish. Optionally experiment installing multiple VM’s to compare performance and interface characteristics.
Once you are up and running Linux like a pro, you need to become familiar with the “Terminal.” This is the interface to the guts of the operating system and we will use the terminal extensively throughout the remainder of the course.
Submission Requirements:
Word Document which contains responses to the following:
1. Characteristics of your “Host Operating System” (i.e. your computer as is) including Machine Type, Amount of Memory, Speed of CPU, Operating System, 32 or 64 bit, Hard Disk total size and available free space.
2. Virtualization Software Package you chose to use and experiences, troubles, thoughts regarding the installation and configuration.
3. Linux Virtual Machine you chose to install and experiences, troubles, thoughts regarding the installation and configuration.
4. Screen shot of your Linux Desktop running as a virtual machine. The screenshot should show your Linux VM running as a “window” with the Host Operating System visible in the background. The Linux Window should have a terminal open which displays the current version of the operating system. (command is “uname –a”) See sample screenshot below:
Disclaimers:
You are playing the role of system administrator for this assignment. It is your job to get a Llinux virtual machine installed on your machine regardless of situation. i.e. you do not have the Luxury of contacting anyone, including your instructor or the helpdesk, claiming that “it just doesn’t work” or “I don’t know what to do!” Just as in the real world, you don’t have that option as a system administrator, analyst, engineer, or developer. It is your job to get this to work, regardless of obstacles, problems, hurdles, and/or limitations you encounter along the way. This is what your boss expected of you when he/she decided you were the right person for the job! The hurdles and obstacles are what this assignment is all about!
Topic 4 HCI 670 Replies (3)
Hi, if you could reply to the following DQs with 100-150 words each. thank you
1- Robert:
Data has been collected and used throughout health care to be analyzed and assist in decision making. An issue that arises when using data in this way is whether or not the data is accurate and reliable enough to make sound, quality decisions. Fuller (2018) explains that too many organizations collect data for analytics on an ad hoc basis without having a full understanding of the data which leads to a lack of trust in the results. “Data governance ensures that the data is fit for analytics and increases trust in the results that leaders can use to make fact-based decisions” (Fuller, 2018, p. 42).
An article published in the Journal of AHIMA (2018) defines a data governance program as “a series of standardized management practices to address the creation, use, and reporting of data” (para. 1). Implementation of a solid data governance program is important to manage the collection and use of data within an organization. Fuller (2018) outlines the key roles for a data governance program that demonstrates a more holistic approach in the management and utilization of data. The key concepts outlined by Fuller include:
· Establishing overall risk positions related to handling information
· Evaluating risk of specific initiatives
· Establishing formal accountability (data ownership) and oversight
· Actively promoting compliance with laws, regulations, and policies
· Establishing policy on how and where data can be stored
These responsibilities help an organization manage, store, share and use data safely and effectively as well as ensure that the data being used for decision making is accurate. Data governance ensures that the right people have the right data at the right time (Fuller, 2018).
References
Fuller, S. (2018). Examining the Importance of Data Governance in Healthcare. Journal of AHIMA, 89(10), 42–44.
New White Paper Offers Data Governance Program Implementation Tips. (2018). Journal of AHIMA, 89(10), 8.
2- Amanuel:
Data governance is implementing policies and procedures to guarantee healthcare institutions on data quality, availability, usability, integrity, and security. It is crucial for healthcare providers to ensure data worthy and trust to make relevant decision supports, optimize quality care, develop healthcare services and improve profitability. It also ensures consistency across physicians and healthcare departments for data compatibility and accuracy in healthcare delivery, ensures data is used properly, and both to avoid errors and prevent potential misuse of sensitive data. Even though different institutions could have varied strategies, they may share commonly required data governance strategies.
· Where: where the data is physically stored.
· Who: who should have the access to the data?
· What: what important entities toward a customer, vendor, and services.
· How: the current structure of the data.
· Quality: the desired quality of the source data.
· Goals: what we want to do with the data governance.
· Requirements: what needs to happen for the data to meet the goals.
Finally, the data governance operation will be performed by a range of organizational members including IT staff, data management professionals, healthcare executives, stakeholders, and users.
References
What is Data Governance: Frameworks, Tools