Write a program to simulate Kleinberg’s 2-D grid model (with sufficiently large size, e.g., 10,000 nodes) where you need to add five LLs based on Euclidean distance between the nodes. The experiment should be performed for the following cases: (i) ? = 1, (ii) ? = 2, and (iii) ? = 3, where ? is the clustering coefficient. Comment on the observations.
What will be an ideal response?
This is a computer-based simulation problem. Some Matlab code fractions available for
simulations can be found at https://complexnetworksbook.github.io
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Consider a class ConcertPromoter that records the tickets sold for a performance. Before the day of the concert, tickets are sold only over the phone. Sales on the day of the performance are made only in person at the concert venue. The class has the following attributes:
• The name of the band • The capacity of the venue • The number of tickets sold • The price of a ticket sold by phone • The price of a ticket sold at the concert venue • The total sales amount It has methods to • Record the sale of one or more tickets • Change from phone sales to sales at the concert venue • Return the number of tickets sold • Return the number of tickets remaining • Return the total sales for the concert a. Write a method heading for each method. b. Write preconditions and postconditions for each method. c. Write some Java statements that test the class. d. Implement the class. e. List any additional methods and attributes needed in the implementation that were not listed in the original design. List any other changes made to the original design. f. Write a program using the class you wrote for Part d that will be used to record sales for a concert. Your program should record phone sales, then sales at the venue. As tickets are sold, the number of seats remaining should be displayed. At the end of the program, display the number of tickets sold and the total sales amount for the concert. The motivation for this project is to introduce a simplified example of the kind of specialized programs students may encounter. We use a class to encapsulate the domain knowledge. The main method contains a simple text based interface that uses the class.
In the ____________________ layout, both fixed-width and fluid layouts exist on the same Web page.
Fill in the blank(s) with the appropriate word(s).
For the heap ADT implementation, all the data structures we need is the array itself and ____ piece(s) of metadata.
A. one B. two C. three D. four
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Answer the following statement true (T) or false (F)