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Question 1:You are required to undertake a detailed analysis of the AVL tree sorting algorithm for avl_sort.
To do this, consider to1)provide a description of the algorithm in pseudocode;2)conduct time complexity analysis of the algorithm (and also mention best case and worst casescenarios);3)Hand test your algorithm using your allocated 10-element long list of alphabetic charactersas an illustrative/working example (see the Data Set below),
count the number of comparisons;estimate the algorithm's storage requirement;re-arrange your data set so as to achieve the best-case sorting of the algorithm; andre-arrange your data set so as to achieve the worst-case sorting of the algorithm.
Question 2:
You are required to undertake a detailed analysis of the following sorting algorithm applied to sorting the multiway tree (of order 4 type) data structure:
m_tree_sortb_tree_sort
Similar to the case of Question 1, analyse the algorithms by1)providing a description of the algorithm in pseudocode;2)conducting time complexity analysis of the algorithm (and also mention best and worst caseanalysis/scenarios if applicable);3)hand testing your algorithm using your allocated 10-element long list of alphabeticcharacters as an illustrative/working example (see the Data Set below),count the number of comparisons;estimate the algorithm's storage requirement;re-arrange your data set so as to achieve the best-case sorting of the algorithm;re-arrange your data set so as to achieve the worst-case sorting of the algorithm.
Produce a system specification indicating functional and non-functional requirements - Generate suitable prioritised Use Cases for the system.
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Explain how to modify Knuth-Morris-Pratt algorithm to support patterns with these wild cards, and analyze modified algorithm. Your algorithm must find first substring in text which matches the pattern.
Write computer program to implement this algorithm and demonstrate the results and what is the machine run time in second for sorting array A
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