Draw the activity diagram for teledermatology

Teledermatology :

From the word Teledermatology that comes from two words 'Tele' and 'Dermatology' which denotes the way of e-health. Tele means the communication and here the cometmunication is made through the server between the doctors and the patients.The doctors are mainly the skin doctors means dermatologist. In this field, telecommuncation technologies are being used to transfer medical information over varying distances through audio, visual and data communication.Applications of teledermatology span different areas of health care management such as consultation, diagnoses, treatment and even education.

Telemedicine describes the application of information and communication technologies in the entire range of functions that involve the health sector. Several medical and surgical specialties utilize tele-consultation. It is a sub specialty in the medical field of dermatology and probably one of the most common applications of tele-medicine and e-health.Teledermatology relieves the primary care physician of the responsibility of making the wrong call about serious skin ailments. It’s well known that stress can make these conditions worse, so eliminating a long drive may be just what the doctor ordered. Teledermatology embraces great potential for revolutionizing the delivery of dermatologic services to remote and distant locations by means of telecommunications and information technology. It encompasses consultations between a patient (and the primary healthcare provider) and a dermatologist for diagnosis and management advice. Teledermatology also covers dermatological education for health professionals and for consumers. Teleconsultations reduce time and increase the chances of access to one or more consultants as the patient or referring doctor desires, irrespective of the distance between the two. Its usefulness in the field of surgery and aesthetic surgery is immeasurable as there are only a few experts in the field of aesthetic surgery available currently in comparison to the dermatology population and the ever growing awareness and demand of the patients towards aesthetics.

Advantages of this Model are Patients can view their health records and prescriptions on their mobile phones on a request basis .It can also be used to share information seamlessly and in near-real-time across devices and other organizations. In this cloud model, customer providers only pay for what they use.It offers remote access allows data sharing between authorized units the updates for the medical history of the patient - consultations, prescriptions, hospitalization - are made in real time and are useful for future treatment validation.

Complete activity diagram from teledermatology---

Teledermatology services are based in this architecture. There is a server application which stores and makes available the incoming skin images from the patients. The client, in its turn, is responsible for acquiring data from patient transmitting them through Internet.Health care Administrator monitors their patients using the server application. Also, data can be exported to XML files or printed. In the application of telemedicine, the medical information usually needs to be distributed among medical doctors and display, archival, and analysis devices .Therefore, the server side was developed with the purpose of receiving, storing and distributing the vital sign data from patients.It was developed under Java technology too. So, any classes were reutilized. Basically, the server is composed of a Java application and a relational database(MySQL).

There is a incredible assure for cloud computing infrastructure in the healthcare industry. Cloud computing would help healthcare centers to achieve efficient use of their hardware and software investments and to increase profitability by improving the exploitation of resources to the maximum. The purpose of implementing cloud computing systems in health care is not to compete with each other but serves to facilitate and improve the excellence of patient care. When a health organization considers moving its service into the cloud, it needs strategic planning to examine environmental factors such as staffing, budget, technologies, organizational culture, and government regulations that may affect it, assess its capabilities to achieve the goal, and identify strategies designed to move forward.

write a 2-3 page (450 word) paper (in IWG Format) on the comparison and contrast the advantages and disadvantages of obtaining Professional Coding certifications, In your paper include your thoughts and opinions for your own goals. What certification is best and which employers accept or require which certifications; the cost of getting certified and the costs of maintaining that certification; how long it's good for, etc.

(2) You need a word

­

processing package for the personal computer in your office. Because your employer will pay for the package you are not concerned about the

cost, but you would like a package which is as easy to use as possible and which also has a wide range of functions such as a thesaurus, spell checker and graphics.

After discussing the matter with a friend who is something of an expert in this field, you identify seven potential packages and allocate values to them to reflect their

ease of use and available facilities. These values are shown below (0 = worst, 100 = best).

(a) Plot each package's value for 'ease of use' and 'facilities available' on a graph and hence determine the packages which lie on the efficient frontier.

(b) Suppose that you judge that a switch from a package with the least facilities available to one with the most facilities is only 60% as attractive as a switch from a

package which is the least easy to use to one which is the most easy to use. Assuming that mutual preference independence exists between the two attributes,

which package should you choose?

(c) After some reflection you realize that the extra facilities available on a package will be of little value to you if they are going to be difficult to use. What does this imply about your method of analysis in (b)?

Solve the question in excel or on paper.

A 500 word essay on McLuhan

-Determine if McLuhan used the critical perspective in his thinking in the medium is the message.

Specifically, does McLuhan:

1. Question commonly held assumptions?

2. Expand the bounds of debate?

3. Aim for the betterment of society?

Is McLuhan using the critical perspective? If so, explain how his thinking utilizes the above characteristics. If not, explain how his approach differs from the above.

To successfully complete this assignment, carefully re-read the McLuhan Playboy interview, the chapter from Understanding Media, and review the lectures on McLuhan and the critical perspective.

Please write in Java and have two methods: the main method and the reverse word

Write a method that reads a line and reverses the words in the line (not the characters) using a stack. For example, given the following input:

The quick brown fox jumps over the lazy dog

you should get the following output:

dog lazy the over jumps fox brown quick The

Then create a main method to prompt the user to enter a line of words to be reversed using the previous reverse method.

The minimum word count for any assignment is 2000-2500 words unless it is mentioned otherwise in the assignment instructions or task by task. You could lose marks if you write 10% more or less than this.

Assignments will be reviewed only if they are completed with all the tasks/questions. Please do not send each task/question separately.

All documents will be checked for plagiarism. Any report found to be plagiarised for more than 15% would be rejected immediately.

Make sure to insert correct in-text citations when drafting an assignment and a list of references as per the Harvard Referencing Style is to be provided at the end of the whole assignment. (Not end of each task)

All assignments will be sent for review and until the assignment status shows “Completed”, kindly keep checking for feedback and do the needful accordingly.

Assignments should be saved as: Programme Name _ (Candidate Full Name) _ (Candidate Code)_(Unit Abbreviation). i.e. MBA_ John Smith_00123456_ ABRM

Answer only one part from all of the questions below:

Question 2:

1. Critically discuss financial reporting and analysis. And explain the following:

* The GAAP ( Generally Accepted Accounting Principles)
* The IFRS ( International Financial Reporting Standards)

Instructions: Digital submission in PDF format (you can use Word or Markdown to create these and then convert to PDF). Your submission must include all R code.
I will be testing all of your code by copying and pasting into my R session, so make sure it works. Your solutions should be a narrative that incorporates R code (i.e. tell a story). R code by itself is not sufficient. This must be entirely an original work done by you. Copying someone else’s work (possibly found online) is not acceptable.

Assignment:

1) In homework 2, you gave the name of a site you would like to scrape. Follow through with this (you may change the site if you wish). The point of this exercise will be to ultimately provide an interesting visualization of the data which needs to be included in your solution. For this problem, the data must be scraped. Provide why you chose this site, and how someone would find your visualization useful (in other words, justify why anyone would care about this).

Item 6

In the case below, the original source material is given along with a sample of student work. Determine the type of plagiarism by clicking the appropriate radio button.

Which of the following is true for the Student Version above?

Word-for-Word plagiarism

Paraphrasing plagiarism

This is not plagiarism

Hints

Item 7

In the case below, the original source material is given along with a sample of student work. Determine the type of plagiarism by clicking the appropriate radio button.

Which of the following is true for the Student Version above?

Word-for-Word plagiarism

Paraphrasing plagiarism

This is not plagiarism

Hints

Item 8

In the case below, the original source material is given along with a sample of student work. Determine the type of plagiarism by clicking the appropriate radio button.

Which of the following is true for the Student Version above?

Word-for-Word plagiarism

Paraphrasing plagiarism

This is not plagiarism

Hints

Item 9

In the case below, the original source material is given along with a sample of student work. Determine the type of plagiarism by clicking the appropriate radio button.

Which of the following is true for the Student Version above?

Word-for-Word plagiarism

Paraphrasing plagiarism

This is not plagiarism

Hints

Item 10

In the case below, the original source material is given along with a sample of student work. Determine the type of plagiarism by clicking the appropriate radio button.

Which of the following is true for the Student Version above?

Word-for-Word plagiarism

Paraphrasing plagiarism

This is not plagiarism

You will write a program that prompts the user to enter a 7-digit phone numbers, and finds the 3- and 4-letter words that map to the phone number, according to the restrictions outlined earlier. A sample run:

unixlab% java MapNumbers

Enter name of dictionary file: words10683

Enter a test word (3 letters): cat

Test word maps to 228

Enter telephone number (7 digits, no 0's or 1's, negative to quit): 2282273

Options for first 3 digits:

act

cat

bat

Options for next 4 digits:

base

card

care

case

bare

Enter telephone number (7 digits, no 0's or 1's, negative to quit): 2232243

Options for first 3 digits:

bad

ace

Options for next 4 digits:

acid

cage

Enter telephone number (7 digits, no 0's or 1's, negative to quit): -1

unixlab%

More formally, your program should do this:

            Prompt the user for the name of a dictionary file

            Set up the PhoneMapper class and methods (see details below)

            Prompt the user to enter a 3-letter test word (mostly for testing early versions)

            Display the number that maps to that word

            Prompt the user to enter a 7-digit telephone number

                        (quit when negative number is read)

            Use the PhoneMapper class to map 3-letter and 4-letter words to the number

            Display all 3-letter words that map to the first 3 digits of the number

            Display all 4-letter words that map to the last 4 digits of the number

            Prompt the user to enter another 7-digit telephone number

                        (quit when negative number is read)

PROVIDED SKELETON PROGRAM: *****************************************************************

import java.util.Scanner;
public class MapNumbersSkeleton {
    public static void main(String [] args) throws Exception {

        Scanner input = new Scanner(System.in);

        // prompt user for dictionary file
        System.out.print("Enter name of dictionary file: ");
        String fName = input.nextLine();

        // instantiate PhoneMapper for 3-letter words from dictionary file
        PhoneMapper myMap3 = new PhoneMapper(fName, 3);

        // initial test code
        System.out.print("Enter a test word (3 letters): ");
        String s = input.nextLine();
        int testNum = myMap3.findTelNum(s);
        System.out.println("Test word maps to " + testNum);
        
        // instantiate PhoneMapper for 4-letter words from dictionary file




        // prompt user for phone number
        System.out.print("Enter telephone number ");
        System.out.print("(7 digits, no 0's or 1's, negative to quit): ");

        int telNum = input.nextInt();
        while (telNum >= 0) {  // process each non-negative number
            // extract first 3 digits
            int firstPart = telNum / 10000;
            
            // get words for first 3 digits and display
            String [] results = myMap3.findWords(firstPart);

            System.out.println("Options for first 3 digits:");
            for (int i=0; i<results.length; i++) {
                System.out.println(results[i]);
            }
            
            // extract last 4 digits


            // get words for last 4 digits and display




            // prompt user for phone number
            System.out.print("Enter telephone number ");
            System.out.print("(7 digits, no 0's or 1's, negative to quit): ");
            telNum = input.nextInt();
        } // end while (telNum >=0)

    }
}

class PhoneMapper {
    final int MAXWORDS = 20000; // max number of words from dictionary
    String [] wordList = new String [MAXWORDS]; // list of dictionary words
    int numWords = 0; // number of words of correct length
                      // extracted from dictionary

    PhoneMapper(String fileName, int wordLength) throws Exception {
        // fileName: name of dictionary file
        // wordLength: length of words to extract

        // read dictionary file and
        // add each word of length wordLength to wordList[]

    }

    // return array of words mapped to num
    String [] findWords(int num) {
        String [] nString = new String[0];

        return nString;
    }

    // returns telephone number that inStr maps to
    int findTelNum(String inStr)
    {


        return 0;
        
    }

}

********************************************************

Step 1: Fill in the constructor for the PhoneMapper class. There’s only one constructor:

PhoneMapper(String fileName, int wordLength) throws Exception

filename is the name of the dictionary file to be used, wordLength is the length of the words to be extracted from the dictionary file. All words of length wordLength are added to the wordList[] array of Strings. (Note: this part uses code from Part A!)

An example: suppose we instantiate a PhoneMapper object:

     PhoneMapper smallMap = new PhoneMapper(“words5”, 3);

words5 is the short test file we looked at in Part A. After the PhoneMapper constructor returns, smallMap.wordList[0] = “cat”, smallMap.wordList[1] = “dog”, and smallMap.numWords = 2.

Step 2: Fill in the method findTelNum():

int findTelNum(String inStr)

findTelNum() maps each character of inStr to a numeric digit according to the rule described earlier for telephone numbers, assembles the digits into a 3 or 4-digit integer, and returns the integer corresponding to the string.

An example:

     String str = “bad”;

     int x = findTelNum(str);     // x = 223

Note that there’s some code in the main method of the public class for testing findTelNum().

Step 3: Fill in the method findWords():

     String [] findWords(int num)

num is the 3 or 4-digit integer from the telephone number. findWords() checks every word in wordList[], by calling findTelNum(); if a word in wordList[] maps to num, that word is added to a list of mapped words. After all words in wordList[] that map to num have been copied to the list of mapped words, the list of mapped words is returned. Make sure the array returned has the correct length. (Hint: add the mapped words to a very large array first. After you are done adding mapped words, copy the very large array to a smaller array, with the correct length.)

An example: suppose we use words10683 as the dictionary file. The number 223 maps to two words in the file: bad and ace. When we run these lines of code:

     PhoneMapper bigMap = new PhoneMapper(“words10683”, 3);

     String [] s = bigMap.findWords(223);

s[0] = “bad”, s[1] = “ace”, and s.length = 2.

Step 4: Fill in the rest of the main loop in the main method in the public class, to find and report the 4-letter words that map to the last 4 digits of the telephone number entered by the user.