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Write an algorithm (pseudocode) to find the intersection of two singly-linked lists. Assume that the data in each list are in nondecreasing order. The result is one singly-linked list, containing the intersection elements in nondecreasing order. Let n be the number of elements in the longest input list. Your algorithm must have the running time O(n). For example, if the lists are 3, 6, 6, 10, 45, 45, 50 and 2, 3, 10, 15, 45, 55, 60, then the result is 3, 10, 45.
Suppose that all element values are equal. What would be randomized quick sort's running time in this case? Each element of A[p .. q-1] is less than A[q], and each element of A[t+1 .. r] is greater than A[q]
Evaluate the effective address if the addressing mode of the instruction is (a) direct; (b) immediate; (c) relative; (d) register indirect.
The Viterbi algorithm is a deterministic algorithm for solving the Decoding problem. Design a randomized algorithm for solving the Decoding problem.
Design a divide-and-conquer algorithm for the Motif Finding problem and estimate its running time. Have you improved the running time of the exhaustive search algorithm?
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.
Create algorithm which concatenates T1 and T2 into single binary search tree. Worst case running time must be O(h).
How many elementary operations are used in algorithm given below? The elementary operations are comparison operations (such as > and
Suppose now there are three users. Find the probability that at a given time, all three users are transmitting simultaneously. Find the fraction of time during which the queue grows.
Evaluate the average complexity of an enqueue operation. Determine the average complexity of the dequeue (remove) operation.
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.
Write the algorithm to read arbitrary number of data records, each comprising name, age, and code.
Draw a flowchart to print the average for each student in a class. Input. Input consists of student records each containing a student's name(STUDENT-NAME), score for first test(TEST), score for second test(TEST2), and score for third test(TEST3)..
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