The second type of update consists of adding a new edge to an explicit node.

Question 1. (10) (a) [ 4 points ] Draw a clearly labeled suffix silk lilac tree pruning for the string de gadget.

Professor Esko Ukkonen published a paper: Approximate string-matching over suffix trees.

(b) [6 points ] Describe how you can use a suffix tree to find the Longest Common Substring of two strings in time linear in the lengths of the two strings. Sep 15, Solution: First, combine the two strings into one as follows: ST=S#T, where special characters # andare appended to each string. Second, construct suffix tree of concatenated string ST. This takes linear time, O(m+n). While constructing suffix tree, we add information, length, substring to each internal node. The LCS is a substring with maximum length%.

Nov 29, Question 1. (10) (a) [4 points] Draw a clearly labeled suffix tree for the string dggddgg#. (b) [6 points] Describe how you can use a suffix tree to find the Longest Common Substring of two strings in time linear in the lengths of the two strings. Question 2. (15) For the min radix priority search tree (RPST) with range [0,32), (a) [8 points] Perform insert operation into an initially empty.

I've constructed my suffix tree using the combined answer here; however, the algorithms work on a suffix trie uncompressed suffix tree.

Feb 19, Page 2 of 6 Question 1. (10) (a) [4 points] Draw a clearly labeled suffix tree for the string dggddgg#. Correct tree (4pts). (b) [6 points] Describe how you can use a suffix tree to find the Longest Common Substring of two strings in time linear in the lengths of the two strings.

(b) Showing how to find LCS (3pts). Arguing linear time (3pts)%. Jan 10, Page 2 of 8 Question 1. (10) (a) [4 points] Draw a clearly labeled suffix tree for the string dggddgg#. (b) [6 points] Describe how you can use a suffix tree to find the Longest Common Substring of two strings in time linear in the lengths of the two strings%.