Load balancing: Load balancing is defined as the process that dynamically allocates tasks to various processors. In multiprocessor system, load balancing helps the task to perform efficiently and help to obtain minimum response time and to achieve optimization of resource allocation. Scaling: Scaling is defined as the process of splitting the tasks into number of small tasks according to the number of processors available in the system. In multiprocessor system, it helps to achieve minimum response time and effective utilization of the processor.

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Exercise docID document text docID document text 1 hot chocolate cocoa beans 7 sweet sugar 2345 9 cocoa ghana africa 8 sugar cane brazil beans harvest ghana 9 sweet sugar beet cocoa butter butter truffles sweet chocolate 10 sweet cake icing 11 cake black forest Clustering by k-means, with preprocessing tokenization, term weighting TFIDF. Manhattan Distance. Number of cluster is 2. Centroid docID 2 and docID 9.

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Chapter 3, Problem 17CRP

Program Plan Intro

Load balancing:

Load balancing is defined as the process that dynamically allocates tasks to various processors. In multiprocessor system, load balancing helps the task to perform efficiently and help to obtain minimum response time and to achieve optimization of resource allocation.

Scaling:

Scaling is defined as the process of splitting the tasks into number of small tasks according to the number of processors available in the system. In multiprocessor system, it helps to achieve minimum response time and effective utilization of the processor.

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Exercise docID document text docID document text 1 hot chocolate cocoa beans 7 sweet sugar 2345 9 cocoa ghana africa 8 sugar cane brazil beans harvest ghana 9 sweet sugar beet cocoa butter butter truffles sweet chocolate 10 sweet cake icing 11 cake black forest Clustering by k-means, with preprocessing tokenization, term weighting TFIDF. Manhattan Distance. Number of cluster is 2. Centroid docID 2 and docID 9.

Change the following code so that there is always at least one way to get from the left corner to the top right, but the labyrinth is still randomized. The player starts at the bottom left corner of the labyrinth. He has to get to the top right corner of the labyrinth as fast he can, avoiding a meeting with the evil dragon. Take care that the player and the dragon cannot start off on walls. Also the dragon starts off from a randomly chosen position public class Labyrinth { private final int size; private final Cell[][] grid; public Labyrinth(int size) { this.size = size; this.grid = new Cell[size][size]; generateLabyrinth(); } private void generateLabyrinth() { Random rand = new Random(); for (int i = 0; i < size; i++) { for (int j = 0; j < size; j++) { // Randomly create walls and paths grid[i][j] = new Cell(rand.nextBoolean()); } } // Ensure start and end are…

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