6 9 A well-known algorithm, Dijkstra, determines the shortest paths between a given origin and all...

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6 9 A well-known algorithm, Dijkstra, determines the shortest paths between a given origin and all other vertices. In the graph, vertex numbers are inside the circle and the weight of edges are given next. Start point is Vertex "0" and then determine Dijkstra's shortest path algorithm for the graph on the right. You are expected to do the following. 1. Draw the Dijkstra's shortest path graph and 2. Fill the table due to your calculations; (Calculated min. distance and the previous vertex to access that node, show all your calculations) Table; Vertex Distance Previous 0 Node 11 7 7 8 3 9 5 4 5 Dijkstra's shortest path graph; st 1 2 3 4 345678 8 6 9 A well-known algorithm, Dijkstra, determines the shortest paths between a given origin and all other vertices. In the graph, vertex numbers are inside the circle and the weight of edges are given next. Start point is Vertex "0" and then determine Dijkstra's shortest path algorithm for the graph on the right. You are expected to do the following. 1. Draw the Dijkstra's shortest path graph and 2. Fill the table due to your calculations; (Calculated min. distance and the previous vertex to access that node, show all your calculations) Table; Vertex Distance Previous 0 Node 11 7 7 8 3 9 5 4 5 Dijkstra's shortest path graph; st 1 2 3 4 345678 8

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Step 1 Firstly lets see how Dijkstraa Algorithm works Create a set of unvisited nodes and set their tentative distances to infinity except for the sta... View the full answer