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An independent set in a graph G is a set of vertices I in G such that no two vertices in I are adjacent (neighbors). The maximum independent set problem is, given a graph G, to compute an independent set of maximum size (maximum number of vertices) in G. Pinocchio claims that he has a greedy algorithm that solves the maximum independent set problem. Pinocchio's algorithm works as follows. The algorithm initializes the set I to the empty set, and repeats the following steps: Pick a vertex in the graph with the minimum degree, add it to the set I, and remove it and all the vertices adjacent to it from the graph. The algorithm stops when the graph is empty. Does Pinocchio's greedy algorithm always produces a maximum independent set? Prove your answer (if it does, give a proof; if it does not, give a counter example,that is, a graph on which Pinocchio's algorithm does not produce amaximum independent set).
In this programming assignment you will implement an open hash table and compare the performance of four hash functions using various prime table sizes.
Explain how will use a search tree to find the solution.
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Write a recursive function to determine if a binary tree is a binary search tree.
Determine the mean salary as well as the number of salaries.
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WSDL service that receives a request for a stock market quote and returns the quote
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Write a recursive implementation of Euclid's algorithm for finding the greatest common divisor (GCD) of two integers
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The report is divided into four main parts. The introduction about sample, hold amplifier and design, bootstrap switch design followed by simulation results.
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