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Consider the following network.
a) With the indicated link costs, use Djkstra's shortest path algorithm to compute the shortest path from E to all network nodes. Show how the algorithm works by computing a table.
b) Eliminate node A, and redo the problem starting from node B.
So that every house is within four miles of one of the base stations. Write efficient algorithm that achieves this goal, using as few base stations as possible.
Certain points along the road, so that every house is within four miles of one of the base stations. Give an efficient algorithm that achieves this goal using as few base stations as possible.
Your goal is to solve the following simple programming exercise. You have been asked by your accounting department to design an algorithm determining the annual profit for your company.
Design an O(n) algorithm that decides (schedules) for each node at which time slot to start sending data such that the total number of time (slots) is minimized.
Determine ciphertext (in binary form) generated by encryption of character X?
Compute the entropy of the plaintext message?
In which view can you see header and footer areas of worksheet?
What is the best order for sending people out, if one wants whole competition to be over as early as possible? More precisely, provide efficient algorithm which produces schedule whose completion time is as small as possible.
Determine the Inorder, preorder and postorder traversal
Calculate the worst-case run-time complexity of your algorithm and prove optimality of the solution it gives. Suppose that the road is a straight line with a western end and an eastern end.
The problem is to assign each skier a ski to minimize the average difference between height of a skier and his/her ski. Give pseudocode and write its asymptotic running time.
Suppose the cost of seek is 5milliseconds, while the disk transfer rate is 40 mgbytes per second. Find the cost of sorting the relation , in seconds, w/bb = 1 & w/ bb= 100.
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