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1. Determine the picker route in the storage zone of the French warehouse of the Guillen company (see given figure), using the S-shaped heuristic, the largest gap heuristic, the combined heuristic and the aisle-by-aisle heuristic.
2. Show that an optimal picker route cannot traverse an aisle (or a portion of an aisle) more than twice. Illustrate how this property can be used to devise a dynamic programming algorithm.
Consider that a graph has distinct edge weights. Does its lightest edge have to belong to the MST
In class we discussed Karatsuba's divide-and-conquer algorithm for integer multiplication, which multiplies n-bit numbers by recursively multiplying n bit numbers. We take two numbers X and Y and split them each into their most significant half a..
Based on the provided coordinates, compute the rectilinear distance between the nodes. All nodes have to be served in one day by several trucks. Find optimal routing for the trucks with the least total distance, by applying any of the methods prese..
Write an algorithm to add and multiply two large integers, which cannot be represented by built-in types. How do you represent a stack and a queue by using one-dimensional array?
Write a program to load the data instances to memory from the provided file data.txt.
You need to give the running time analyses of all the methods in terms of the Big O notation. Include your running time analyses in the source file of the CompressedSuffixTrie class and comment out them.
Which of the following software is cost effective since the vendor that builds the application spreads out the development costs by selling copies to a large number of users?
use either the Bubble Sort or the Selection Sort algorithms
You used the same dataset to analyze both a between- and within-subjects design. Create a single paragraph (using the material you wrote above), that presents both sets of results.
Suppose if we add an edge to a biconnected graph with k strongly connected components, then there are 3-situations: the endpoints of edge lie in different strongly connected component and there is no path between 2 in the original graph,
Use the binary search algorithm to seach the list. (You might need to modify the algorithm given in this chapter to count the number of comparisons.)
Create a new class named GenericStack that specifies a type variable that provides for generics. Declare a linked list that will hold the elements in the stack. Then, use the linked list to implement the methods listed above.
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