fill in the blank
Binary Search Tree |
AVL Tree |
Red-Black Tree |
|
complexity |
O(log N), O(N) in the worst case |
O(log N) |
O(log N) |
Advantages |
- Increasing and decreasing order traversal is easy - Can be implemented |
- The complexity remains O(Log N) for a large number of input data. |
- Insertion and deletion operation is very efficient - The complexity remains O(Log N) for a large number of input data. |
Disadvantages |
- The complexity is O(N) in the worst case |
- The implementation is complicated. - Deletion operation is costly as it takes lots of rotation and pointers |
The implementation is complicated. |
Running time |
not efficient because it check the tree after each insertion and deletion to make sure it's balance. |
||
Memory |
It's required an extra memory to store the balance factor |
||
height |
does not exceed 1.44 log n |
Minimum log2(n+1) but not greater than 2log2(n+1). |
Solution
Binary Search Tree |
AVL Tree |
Red-Black Tree |
|
Running time |
not efficient because for searching element sometimes we need to traverse all the element samething for insertion and deletion sometimes we need to traverse ll the element |
it is efficient because it needs only 1 bit of information per node because of the stricly balanced fastest retrieval is possible |
|
Memory |
Each node has a key and an associated value a bit need for key and another bit needed for associated value |
it needs only 1 bit of information per node |
|
Height |
Maximum height of the binary search tree is n-1 Minimum height is floor(log2n) |
Explanation
Missed information filled in
the table is comparison between binary search tree, AVL tree and Red Black tree
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all the best
fill in the blank Binary Search Tree AVL Tree Red-Black Tree complexity O(log N), O(N) in...
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True or false? (a) An insertion in an AVL tree with n nodes requires Θ (log(n)) rotations. (b) A set of numbers are inserted into an empty BST in sorted order and inserted into an empty AVL tree in random order. Listing all elements in sorted order from the BST is O (n), while listing them in sorted order from the AVL tree is O (log(n)). (c) If items are inserted into an empty BST in sorted order, then the...
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C++ Binary Search Tree question. I heed help with the level 2 question please, as level 1 is already completed. I will rate the answer a 100% thumbs up. I really appreciate the help!. Thank you! searching.cpp #include <getopt.h> #include <iostream> #include <sstream> #include <stdlib.h> #include <unistd.h> using namespace std; // global variable for tree operations // use to control tree maintenance operations enum Mode { simple, randomised, avl } mode; // tree type // returns size of tree //...
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