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14 Sep
2020

During the pandemic of COVID-19, it is quite difficult to get the household and…

Category:ACADEMICIAN

SOLUTION AT Australian Expert Writers

During the pandemic of COVID-19, it is quite difficult to get the household and other necessities in a lockdown situation. To facilitate people, the home delivery services, and courier services need the exact house address so that the things can be delivered at the doorstep without wandering. To cope with this problem, we need to develop a system that will provide not only the physical address but also the shortest routing path from source to the destination. The aim of the project is to build a prototype that will starts from studying the existing approaches around the world and then establish a systematic approach towards the formulation and normalization of data, then infrastructure to collect reliable data, and evaluate and store centralized data. The outcome of the project will be: i. A mobile application to collect from user the describable address of the current location, and current coordinates from the mobiles GPS receiver. ii. A database system allowing storage and querying the dataDefining and testing practical approaches to offer incentives to the members of the public to collect and submit data using their smart devices. For example, we can design a mobile application for restaurants, bakeries, etc. that deliver order to homes. The ordering user then enters their address. The application then sends coordinate and described address to our database. Solve the Following Questions regarding above “Data Collection and Storage” Requirements Modeling – Scenario, Information, Analysis Classes: (50 Marks)1. Describe the purposes of domain analysis.2. Which UML (unified modeling language) diagrams are useful in scenario-based modeling? 3. Describe the Requirement analysis model of the project given above.4. Survey at least 5 such other existing projects titles and their references (students collaborate each other to provide unique list by individual)
Hei there!I need help to write a java program please. Airline flight codes are typically composed of two characters which
Hei there!I need help to write a java program please. Airline flight codes are typically composed of two characters which represent the airline and three or four numbers which represent the flight number. For example: EI414: airline is AerLingus and the flight number is 414. Have a program that repeatedly asks the user to enter a flight code and the program should then print out the Airline and Flight Number if the structure of the flight code is correct.  The program should keep asking the user to enter a flight code until the user enters the word END.  The program should work for the following flight codes where X represents a number:EIXXXX Aer Lingus FRXXXX Ryanair AFXXXX Air France AAXXX American Airlines IBXXX Iberia  The program should print a message if any part of the code is invalid. A sample run of the program could be as follows:Please enter a flight code: FR1234 Airline: Ryanair – Flight Number: 1234 Please enter a flight code: E112345 Invalid flight code. Please enter a flight code: AA222 Airline: American Airlines – Flight Number: 222 Please enter a flight code: END
public class foothill{ // ——- main ————– public static void main(String[] args) throws Exception { int k; FHlazySearchTree searchTree =
public class foothill{ // ——- main ————– public static void main(String[] args) throws Exception { int k; FHlazySearchTree searchTree = new FHlazySearchTree(); PrintObject intPrinter = new PrintObject(); searchTree.traverse(intPrinter); System.out.println( “ninitial size: ” searchTree.size() ); searchTree.insert(50); searchTree.insert(20); searchTree.insert(30); searchTree.insert(70); searchTree.insert(10); searchTree.insert(60); System.out.println( “After populating — traversal and sizes: “); searchTree.traverse(intPrinter); System.out.println( “ntree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); System.out.println( “Collecting garbage on new tree – should be ” “no garbage.” ); searchTree.collectGarbage(); System.out.println( “tree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); // test assignment operator FHlazySearchTree searchTree2 = (FHlazySearchTree)searchTree.clone(); System.out.println( “nnAttempting 1 removal: “); if (searchTree.remove(20)) System.out.println( “removed ” 20 ); System.out.println( “tree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); System.out.println( “Collecting Garbage – should clean 1 item. ” ); searchTree.collectGarbage(); System.out.println( “tree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); System.out.println( “Collecting Garbage again – no change expected. ” ); searchTree.collectGarbage(); System.out.println( “tree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); // test soft insertion and deletion: System.out.println( “Adding ‘hard’ 22 – should see new sizes. ” ); searchTree.insert(22); searchTree.traverse(intPrinter); System.out.println( “ntree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); System.out.println( “nAfter soft removal. ” ); searchTree.remove(22); searchTree.traverse(intPrinter); System.out.println( “ntree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); System.out.println( “Repeating soft removal. Should see no change. ” ); searchTree.remove(22); searchTree.traverse(intPrinter); System.out.println( “ntree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); System.out.println( “Soft insertion. Hard size should not change. ” ); searchTree.insert(22); searchTree.traverse(intPrinter); System.out.println( “ntree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); System.out.println( “nnAttempting 100 removals: ” ); for (k = 100; k > 0; k–) { if (searchTree.remove(k)) System.out.println( “removed ” k ); } searchTree.collectGarbage(); System.out.println( “nsearch_tree now:”); searchTree.traverse(intPrinter); System.out.println( “ntree 1 size: ” searchTree.size() ” Hard size: ” searchTree.sizeHard() ); searchTree2.insert(500); searchTree2.insert(200); searchTree2.insert(300); searchTree2.insert(700); searchTree2.insert(100); searchTree2.insert(600); System.out.println( “nsearchTree2:n” ); searchTree2.traverse(intPrinter); System.out.println( “ntree 2 size: ” searchTree2.size() ” Hard size: ” searchTree2.sizeHard() ); }}
You have been hired by an educational institution for developing an interactive online coaching system. It must allow the students
You have been hired by an educational institution for developing an interactive online coaching system. It must allow the students to solve MCQs based quizzes online. Please provide appropriate solutioncomponents for the following requirements:a) When the student clicks on a question its answer options are asynchronously retrieved from the database, and displayed in front of the question in the formof a combo-box/list of values.b) When the student submits the quiz, the selected answers are (asynchronously) matched with saved answers in the database to calculate the marks obtainedUse sessions/cookies to ensure that the user’s filled answers do not get lost if he/she accidentally navigates away from a page
If your C functions are compiled into a .dll file called “MyFunctions”, what command do you add to your Java
Programming Assignment Writing ServiceIf your C functions are compiled into a .dll file called “MyFunctions”, what command do you add to your Java file to tell the Java Virtual Machine which .dll has the C functions? Include the “static” command in your answer, and don’t put any spaces in your answer.
Q1:If you have a templated class template class Test{T value;R units;public: void setValue(T
Q1:If you have a templated class template class Test{T value;R units;public: void setValue(T
Look at this templated function:template bool withinRange(T val, T min, T max){ return (val >= min)
Look at this templated function:template bool withinRange(T val, T min, T max){ return (val >= min)
One of the least Insurance agencies recruited employees for their collection department. Now the HR needs a report as the
One of the least Insurance agencies recruited employees for their collection department. Now the HR needs a report as the average age of all the employees working in that department. Write a code to calculate the average age.Implement a method “calculateAverage(int[] age)” to calculate the average age and return the result to the caller function. Note : Age limit should be minimum of 28 years and maximum of 40 years. Minimum of 2 employees is mandatory to calculate average age, if fails, the output should be “Please enter a valid employee count” If any of the age is invalid, terminate the process and display “Invalid age encountered!” Refer the sample given for read and display the output.Sample Input 1:Enter total no.of employees:3Enter the age for 3 employees:303132Sample Output 1:The average age is 31.00Sample Input 2:Enter total no.of employees:2Enter the age for 2 employees:2936Sample Output 2:The average age is 32.50Sample Input 3:Enter total no.of employees:1Sample Output 3:Please enter a valid employee count

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