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1. Write a reference-based implementation of a queue that uses a linear linked list to represent the items in the queue. You will need both a head reference and a tail reference. When you are done, compare your implementation to the one given in this chapter that uses a circular linked list with one external reference. Which implementation is easier to write? Which is easier to understand? Which is more efficient?
2. Define and implement a class Pen that has an instance of Ball as one of its data fields. Provide several members for the class Pen, such as the data field color and methods isEmpty and write.
Design a nonrecursive algorithm that visits all the nodes of a general multiway tree in level order: that is, level-by-level, going left-to-right across a level.
What queue model is this, Is the system stable, What is the total delay experienced by a customer in this system, from the moment it arrives until it is served?
Design an algorithm to compute and print the average earnings,lowest earnings and highest earnings of a group of employees.
Write computer program to implement this algorithm and demonstrate the results and what is the machine run time in second for sorting array A
Demonstrate a decision tree or table
Computations of a Binary Tree Write a function in C programming language that can find and return the height of a Binary Tree.
compares the number of comparisons used by various data structures for a single algorithm. the algorithm is the one
Create a relational database having information about music performers, their recordings, and the composers of the music they recorded.
1.consider and explain whether or not you can use a sort routine to sort unstructured data.2.contrast and compare an
Write a method that uses the BST to output to the screen the list of entries in alphabetical order. Each entry is displayed on a new line.
A B+-tree is to be stored on disk whose block size is 2048 bytes. The data records to be stored are 50 bytes, and their key is 4 bytes. Determine the values for M and L for the B+-tree. Assume pointers are 4 bytes each.
Given connected undirected graph G described by the adjacency list representation create the efficient algorithm to find the path in G which goes through exactly once in each direction.
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