Question text You are building a suffix tree for the word TRALALALA$ in which $ is used as the terminating character.There are Answer 1 Question 2[input] suffixes in total. You start by building the suffix trie of that word. The suffix trie has Answer 2 Question 2[input] nodes. You then compress the suffix trie into a suffix tree, resulting in Answer 3 Question 2[input] nodes and a shorter height of Answer 4 Question 2[input]. Revising further, you realized that if you were to represent the edge using [start,end] or [start,length] instead of string (1...N) itself, you can reduce the suffix space complexity from θ(N^2) to θ(Answer 5 Question 2[input]).Multiple fill-in-the-blank
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Question textYou are building a suffix tree for the word CCBBABABA$ in which $ is used as the terminating character. Recall that $ is always a suffix. Make sure to count the root node as one of the nodes. There are Answer 1 Question 1[input] suffixes in total. You start by building the suffix trie of that word. The suffix trie has Answer 2 Question 1[input] nodes. You then compress the suffix trie into a suffix tree, resulting in Answer 3 Question 1[input] nodes and a height of Answer 4 Question 1[input]. Check Question 1
Question textYou are building a suffix tree for the word CCBBABABA$ in which $ is used as the terminating character. Recall that $ is always a suffix. Make sure to count the root node as one of the nodes. There are Answer 1 Question 1[input] suffixes in total. You start by building the suffix trie of that word. The suffix trie has Answer 2 Question 1[input] nodes. You then compress the suffix trie into a suffix tree, resulting in Answer 3 Question 1[input] nodes and a height of Answer 4 Question 1[input].
Question textYou are building a suffix tree for the word CCCCBCCCA$ in which $ is used as the terminating character. Recall that $ is always a suffix. Make sure to count the root node as one of the nodes. There are Answer 1 Question 1[input] suffixes in total. You start by building the suffix trie of that word. The suffix trie has Answer 2 Question 1[input] nodes. You then compress the suffix trie into a suffix tree, resulting in Answer 3 Question 1[input] nodes and a height of Answer 4 Question 1[input]. Check Question 1
Question text You are building a suffix tree for the word TRALALALA$ in which $ is used as the terminating character.There are Answer 1 Question 2[input] suffixes in total. You start by building the suffix trie of that word. The suffix trie has Answer 2 Question 2[input] nodes. You then compress the suffix trie into a suffix tree, resulting in Answer 3 Question 2[input] nodes and a shorter height of Answer 4 Question 2[input]. Revising further, you realized that if you were to represent the edge using [start,end] or [start,length] instead of string (1...N) itself, you can reduce the suffix space complexity from θ(N^2) to θ(Answer 5 Question 2[input]).
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