Figure 1 shows train tracks connecting a few cities in Malaysia and the distance between eachlocation. Find the shortest path based on Djikstra's algorithm from city P to city V.Iterationb)12SR8N800S201644208Figure 1a) Find the shortest path from location P to V using Djikstra's Algorithm. Show your workby completing Table 1.Table 1T24800L(P) L(Q) L(R) L(S) L(T) L(U) L(V)State the shortest path and the distance from location P to location V based on Djikstra'salgorithm?

A data structure that connects two nodes or objects are called Graph represented as G (V,E). The…

Answered: Figure 1 shows train tracks connecting…

Figure 1 shows train tracks connecting a few cities in Malaysia and the distance between each location. Find the shortest path based on Djikstra's algorithm from city P to city V.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Figure 1 shows train tracks connecting a few cities in Malaysia and the distance between each
location. Find the shortest path based on Djikstra's algorithm from city P to city V.
Iteration
b)
12
S
R
8
N
8
00
S
20
16
44
20
8
Figure 1
a) Find the shortest path from location P to V using Djikstra's Algorithm. Show your work
by completing Table 1.
Table 1
T
24
8
00
L(P) L(Q) L(R) L(S) L(T) L(U) L(V)
State the shortest path and the distance from location P to location V based on Djikstra's
algorithm?

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