Question: Que Mat Deci Question 4 Coding a Randomized Nearest Neighborhood Algorithm (20 points) Let the following function return the indexes of the unvisited nodes from

 Que Mat Deci Question 4 Coding a Randomized Nearest Neighborhood Algorithm

Que Mat Deci Question 4 Coding a Randomized Nearest Neighborhood Algorithm (20 points) Let the following function return the indexes of the unvisited nodes from the closest to the farthest from the depot via "sorted indexes" array and distances of the nodes are given in "distances" array. Inputs of the "Sort" method are the index of the depot", the set of "unvisited" nodes, and "coordinates of the points. [sorted indexes, distances] = Sort(depot, unvisited, coordinates) Using the "Sort" method, I want you to code the randomized nearest neighborhood algorithm that determines the next node to be visited at iteration via a randomized approach. Namely, with probability "beta" it selects the closest node as the next node and with probability I - beta", the second closest neighbor is visited at each iteration. You may assume that all nodes are connected Write of Di. each cu cost. It ignored A)P Y B) NO You may use "rand to return a value between [0, 1). Write down the related code. an See sample code below: "output = function(input)" [tour, tourcost] =Randomized NN(prob, depot, coordinates) Unvisited [lin]; Unvisited(depot) ; .. (Multiple lines here) Que Mat Deci Question 4 Coding a Randomized Nearest Neighborhood Algorithm (20 points) Let the following function return the indexes of the unvisited nodes from the closest to the farthest from the depot via "sorted indexes" array and distances of the nodes are given in "distances" array. Inputs of the "Sort" method are the index of the depot", the set of "unvisited" nodes, and "coordinates of the points. [sorted indexes, distances] = Sort(depot, unvisited, coordinates) Using the "Sort" method, I want you to code the randomized nearest neighborhood algorithm that determines the next node to be visited at iteration via a randomized approach. Namely, with probability "beta" it selects the closest node as the next node and with probability I - beta", the second closest neighbor is visited at each iteration. You may assume that all nodes are connected Write of Di. each cu cost. It ignored A)P Y B) NO You may use "rand to return a value between [0, 1). Write down the related code. an See sample code below: "output = function(input)" [tour, tourcost] =Randomized NN(prob, depot, coordinates) Unvisited [lin]; Unvisited(depot) ; .. (Multiple lines here)

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