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Q1) Sort the scheduling algorithms (FCFS, SPF, RR, MLFB) according to each of
a) Better response time for interactive jobs
b) High throughput (if we take averages of time intervals smaller than the sum of all processes' time)
c) Waiting times
d) Variances in waiting times
Describe an implementation of that algorithm on an SIMD computer where the processors are connected to form a linear array
Consider T be augmented red-black tree, where each node x has attribute x.size, which is number of internal nodes in subtree rooted at x. Given such augmented red-black tree T.
Addition and Subtraction of numbers in binary and round to the nearest decimal number with three significant decimal digits
Create a second experiment answering the question "Is it possible for processor sharing to have worse performance than FCFS? "
Explain the process of insertion into a heap-implemented priority queue, and informally explain its complexity and the process of removal from a heap-implemented priority queue, and informally explain its complexity.
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.
Explain how will use a search tree to find the solution.
How would you modify your algorithm to always select the president of the company (regardless of his fun rating or the consequences on the overall amount of fun we can achieve)?
Generalize the 2-3 algorithms for INSERT and DELETE to K-J trees, where non-leaf vertices have between K and J children for fixed integers K >=2, and J>= 2K-1.
Give an example of a graph in which every node is pivotal for at least two different pairs of nodes. Explain your answer.
Creating a Binary Search Tree program - Finding the largest and smallest values in the tree Add two class methods
What are the different applications of Data Structure
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