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In the class, we went over the very basic concept of "Optimal Binary Search Tree" using dynamic programming algorithm (Slides 32 and 33 of lecture 13 Dynamic Programming) without spending much time on the solution or its implementation.

In the class, we went over the very basic concept of "Optimal Binary Search Tree" using dynamic programming algorithm (Slides 32 and 33 of lecture 13 Dynamic Programming) without spending much time on the solution or its implementation.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Python 3

Please read the directions carefully and write the code in python3 please.

4. Optimal Binary Search Tree In the class, we went over the very basic concept of "Optimal Binary Search Tree" using dynamic programming algorithm (Slides 32 and 33 of lecture 13 Dynamic Programming) without spending much time on the solution or its implementation. Now here is your opportunity to learn and implement the OBST algorithm for yourself. · Review the slides mentioned above · Read the textbook of the topic (pp 397 - 404) . Implement the OBST algorithm which counts the total cost of visiting all the nodes in a tree. Feel free to get help from other sources. . In your OBST implementation, you are going to use the data from the wordcloud created above. · Query the strings of your choice using the program developed above.
Transcribed Image Text:4. Optimal Binary Search Tree In the class, we went over the very basic concept of "Optimal Binary Search Tree" using dynamic programming algorithm (Slides 32 and 33 of lecture 13 Dynamic Programming) without spending much time on the solution or its implementation. Now here is your opportunity to learn and implement the OBST algorithm for yourself. · Review the slides mentioned above · Read the textbook of the topic (pp 397 - 404) . Implement the OBST algorithm which counts the total cost of visiting all the nodes in a tree. Feel free to get help from other sources. . In your OBST implementation, you are going to use the data from the wordcloud created above. · Query the strings of your choice using the program developed above.
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