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Given below are two sets of real-time, periodic tasks. For (a), will the schedule produced by the Earliest Deadline First algorithm meet all the deadlines? For (b), will the scheduled produced by the Deadline Monotonic algorithm meet all the deadlines?
Ti si di pi eiT1 3 4 4 1T2 1 5 6 2T3 2 3 3 1
Ti si di pi eiT1 0 3 4 1T2 3 4 4 1T3 2 2 2 1
Give an algorithm to find schedule which obtains maximum amount of profit, assuming that all processing times are integers between 1 and n.
Create a C++ program to evaluate expressions combining set union, set intersection and parentheses
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.
Assume we tried to simplify RSA cryptosystem using just prime p instead of composite modulus N = pq. As in RSA, we would have encryption exponent.
Make a list of some of the common data structures provided by C#. You should have a minimum of 4 different data types.
How many page faults would happen for the given replacement algorithms, assuming one, two, three, and four frames?
Addition and Subtraction of numbers in binary and round to the nearest decimal number with three significant decimal digits
Explain and analyze the algorithm to determine the length of longest substring that appears both forward and backward in an input string T[1 . n].
Write the algorithm (described informally) which takes as input NPDA A and determines whether the language of A is nonempty.
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.
Discuss the advantages and disadvantages of the new algorithm compared with the eager decision tree algorithm, and the advantages and disadvantages of the new algorithm compared with the lazy kNN algorithm.
Analyze the given properties of BFS and DFS for Acyclic Tree without making any assumptions. Optimality, Completeness.
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