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Q1) Let the following problem. The input consists of n skiers with heights p1, p2, . . . , pn, and n skies with heights s1, s2, . . . , sn. The problem is to assign each skier a ski to minimize the average difference between the height of a skier and his/her ski. Give a greedy algorithm to solve this minimization problem. Give pseudocode and write its asymptotic running time. Prove that your algorithm is correct.
Evaluate the average complexity of an enqueue operation. Determine the average complexity of the dequeue (remove) operation.
You should build enough new roads such that if City A was reachable from City B via some old roads, City A must be reachable from City B via some new roads.
Divide 16 digit value N by six digit integer D obtaining quotient Q and remainder (or sign of the remainder) R by division algorithms.
Compare the average behavior of insertion sort for n elements with that of the n insertions into an initially-empty straight array implementation of a priority queue
Determine the total number of keys that are needed for organization if symmetric cipher is used.
What are the different applications of Data Structure
If you get ciphertext message YPHDCRPBEQTAA, decrypt to recover plaintext.
Determine correct public keys for other party, and assuming that Eve can intercept any messages.
Find out the contents of registers PC, AR, DR, AC, and IR for two independent memory-reference instructions below. Each instruction starts with given Initial values.
Explain the FIFO structure of the queue Explain how you would implement the queue data structure in its simplest form. Illustrate your answer fully with the necessary sample code
How to access virtualised applications through UNICORE
Explain the following sorting techniques using appropriate algorithms- (i) selection sort (ii) bubble sort
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