Consider the traveling salesman problem shown below, where city 1 is the home city
(a) List all the possible tours, except exclude those that are simply the reverse of previously listed tours. Calculate the distance of each of these tours and thereby identify the optimal tour.
Answer to relevant QuestionsReconsider the example of a constrained minimum spanning tree problem presented in Sec. 14.2 (see Fig. 14.7(a) for the data before introducing the constraints). Starting with a different initial trial solution, namely, the ...Follow the instructions of Prob. 14.3-8 for the following nonconvex programming problem when starting with x = 25 as the initial trial solution. Maximize f(x) = x6 - 136x5 + 6800x4 - 155,000x3 + 1,570,000x2 - ...Use your IOR Tutorial to apply the basic algorithm for all three metaheuristics presented in this chapter to the traveling salesman problem described in Prob. 14.2-6. (Use 1-2-3-4-5-6-7- 8-1 as the initial trial solution for ...Consider the minimum spanning tree problem depicted below, where the dashed lines represent the potential links that could be inserted into the network and the number next to each dashed line represents the cost associated ...For the game having the following payoff table, use the graphical procedure described in Sec. 15.4 to determine the value of the game and the optimal mixed strategy for each player according to the minimax criterion.
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