the worst case, the best case and average cese
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A: The worst case, best case and average case for the Brute force algorithm are as follows:
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- Analyze the worst case, the best case and average cese scenarios while executing the following algorithm using appropriate examples: Brute forceYou are given the midsem and endsem marks for the N Students in the course. A student P is said to dominate a student Q, if the midsem and endsem marks of P are both greater than the respective midsem and endsem marks of Q. Design an efficient algorithm for finding all the students that are not dominated by any other student in the class.Write Algorithm for Round robin tournament including a scoring for the match results.Round-Robin-Tournament(P)in: sequence P of n players (1 ≤ n)out: sequence R of n players with attribute score(i)constant: score points for a winner w, for a loser , for a tie tlocal: number of rounds t
- Electronic Spreadsheet Applications Compare What-If Analysis using Trial and Error and Goal Seek to the given scenario: Let's say a student is enrolled in an online class at a learning institution for a semester. His overall average grade stands at 43% in the course (Term Grade is 45%, Midterm Grade is 65%, Class Participation is 62% and Final Exam is 0%). Unfortunately, he missed his Final Exam and was given 0%. However, he has the opportunity to redo his Final Exam and needs at least an overall average of 60% to pass the course. How can you use Trial and Error and Goal Seek to find out what is the lowest grade he needs on the Final Exam to pass the class? Which method worked best for you and why?Considering the problem of performing rapid COVID test among a large group of people. Assuming there are exactly 1 positive case among N people, and you are asked to find the positive case with the least number tests. 1. A straight forward approach is to test every single person, which requires N tests in total. Can you design a testing framework that works better than the greedy one under, even under the worst-case scenario? Write the pseudo code for your approach and briefly explain the time complexity of your approach. 2. Based on your framework, if there are 1,000 people, what are the maximum number of tests that need to be performed in order to identify the positive case (number of tests required in the worst case)?This assignment uses several heuristic search techniques to find possibly optimal truth assignments for variables in the given Boolean formulas (see the bottom of the assignment). The formulas are in conjunctive normal form (ANDs of ORs). The fitness of an assignment is the number of clauses (ORs) that the assignment satisfies. If there are c clauses, then the highest fitness is bounded by c. However, if the formula is not satisfiable, then you cannot simultaneously make all c clauses true. You will use three of the following seven techniques: DPLL Resolution Genetic algorithms Local search Simulated annealing GSAT WalkSAT You must choose at least one complete algorithm to implement - DPLL or Resolution.
- Draw a decision tree from the following scenario. Students are awarded the following grades: If the pass mark is less than or equal to 40 = Fail If the pass mark is 41 and less than or equal to 60 = pass If the mark is 61 and less than or equal to 85 = merit If the mark is 86 and over = distinctionBy using divide and conquer algorithm: 1. write a code for the following example 2. Then, show it's Empirical analysis.Correct answer will be upvoted else downvoted. Computer science. example of a chainword is the accompanying triple: a line of m lowercase Latin letters; the main clue: an arrangement of fragments with the end goal that the letters that compare to each portion spell a word from the word reference; the subsequent clue: one more succession of portions with the end goal that the letters that relate to each section spell a word from the word reference. Note that the successions of portions don't really need to be unmistakable. Two occasions of chainwords are considered unique on the off chance that they have various strings, diverse first clues or distinctive second clues. Count the number of various examples of chainwords. Since the number may be really huge, output it modulo 998244353. Input The primary line contains two integers n and m (1≤n≤8, 1≤m≤109) — the number of words in the word reference and the number of letter cells. Every one of the following n…
- Analyze the worst case, the best case and average cese scenarios while executing the following algorithm using appropriate examples: Greedy techniqueFill in the bubbles for ALL correct choices: there may be more than one correct choice, but there is always at least one correct choice. Which of the following are true for the k-nearest neighbor (k-NN) algorithm? A: k-NN can be used for both classification and regression. B: As k increases, the bias usually increases. C: The decision boundary looks smoother with smaller values of k. D: As k increases, the variance usually increases.Problem 1. You are playing a version of the roulette game, where the pockets are from 0 to 10and even numbers are red and odd numbers are black (0 is green). You spin 3 times and add up the values you see. What is the probability th at you get a total of 17 given on the first spin you spin a 2? What about a 3? Solve by simulation and analytically.