Unformatted text preview: Project 2: Binary Search Trees This project requires you to implement operations on unbalanced binary search trees,
AVL trees, and splay trees. You are to analyze and compare the performances of a
sequence of insertions and deletions on these search tree structures. The testing must
be done on a set of N distinct integers in the following ways: (1) Insert N integers in increasing order and delete them in the same order;
(2) Insert N integers in increasing order and delete them in the reverse order;
(3) Insert N integers in random order and delete them in random order; The size of input can be taken from 1000 to 10000.
with respect to the sizes to illustrate the difference. The run times must be plotted Grading Policy: Programming: Implement all the necessary operations on unbalanced binary
search trees, AVL trees, and splay trees (50 pts.). Write a test of performance
program (10 pts.). All the codes should be sufficiently commented. Testing: Provide the necessary inputs for testing and give the run time table (20
pts.). Plot the run times vs. input sizes for illustration (10 pts.). Write analysis
and comments (10 pts.). ...
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This note was uploaded on 01/23/2012 for the course CS 130a taught by Professor Staff during the Spring '08 term at UCSB.
 Spring '08
 Staff
 Algorithms, Binary Search, Data Structures

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