#### Description of this paper

##### C# with the correct Output

**Description**

solution

**Question**

Due on 11/17/2014 13:00PM;Task: Implement Dijkstra?s algorithm.;1. Number the vertices from 1 to n (Suppose G has n vertices);2. Adjacent lists G: (i) define an array Adj of n nodes, where Adj[i] leads a linked list that saves the neighbors of vertex i. (ii) Each node in linked list Adj[i] contains (a) a neighbor (say j) of i, (b) the weight that i with the neighbor (say w(i,j)) and (c) the link to the next node.;3. Priority queue Q: there are n items (one item for each vertex) in Q, where the item for vertex i contains p[i] and d[i], and d[i] is used as key for Q.;4. Structure of the implementation;method: dijkstra(G, w, s) which return p;main method;main();{ input the graph in Input;Graph G=(V,E);Weight w(u,v) for each edge (u,v);Adjacent list Adj[v] for each vertex v;create adjacent lists of G, assign value to w, assign value to s;call Dijkstra(G,w,s);print path of s to each vertex using p;Requirements;? A priority queue Q is used for the unprocessed vertices;? Analyze the time complexity of your implementation using O-notation. Note that the time;complexity also depends on the data structures you used in the implementation.;? Use C# for implementation;Grading: 150 Points implemented by min-heap;Submission;Project description, Algorithm, Algorithm analysis, Description of your implementation including the data structures you use. Experiment output. Code. The output Correctly.

Paper#64449 | Written in 18-Jul-2015

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