Database System Concepts
7th Edition
ISBN: 9780078022159
Author: Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher: McGraw-Hill Education
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Why does the Collection Tree Protocol not use periodic beaconing to measure link quality?
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- a) List the balance factor for each Node in the BST. b) is the BST balanced or not? Why? 10 4 16 3 5arrow_forwardExplore a specific way to delete the root node ofthe Binary Search Tree (BST) while maintaining the Binary Search Tree(BST) property after deletion.Implementation will be as stated below:[1] Delete the root node value of the BST and replace the root value withthe appropriate value of the existing BST .[2] Perform the BST status check by doing an In-Order Traversal of theBST such that even after deletion the BST is maintained.# Class to represent Tree nodeclass Node:# A function to create a new nodedef __init__(self, key):self.data = keyself.left = Noneself.right = NoneThe root element of the Binary Search Tree is given to you. Below is an illustrated sample of Binary Search Tree nodes for your reference, which in-fact isthe same example we discussed in the lecture.root = Node(4)root.left = Node(2)root.right = Node(6)root.left.left = Node(1)root.left.right = Node(3)root.right.left = Node(5)root.right.right = Node(7)Delete the root node value provided and replace the root valuewith…arrow_forwardYou are going to simulate the operation of an AVL tree on paper. For the purposes of this assignment, assume that new returns addresses in the following order: @1480 @1120 @1096 @1264 @1180 @1192 @1768 @1804 @1228 @1372 @1312 @1276 @1168 @1696 @1084 @1504 @1468 @1216 @1384 @1204 @1648 @1024 @1108 @1396 @1144 @1432 @1252 @1348 @1564 @1072 @1684 @1540 @1672 @1624 @1420 @1588 @1300 @1792 @1060 @1720 @1336 @1612 @1552 @1324 @1636 @1660 @1288 @1708 @1732 @1492 @1780 @1528 @1156 @1444 @1036 @1456 @1240 @1576 @1516 @1756 @1360 @1132 @1408 @1600 @1744 @1048 Also note that if you remove all references to an address (so it is garbage collected), it goes to the back of the queue (so would be after whatever is the last address in the AVL at that time). For delete() of a node with two children, I want you to assume that we replace the data (but not the node itself) with the successor value (and that the successor is removed and garbage collected). There are no duplicates allowed, so if there's a…arrow_forward
- Picture a collection of non-repeating of integers. Depending on the order in which these values are inserted into a maxheap data structure, several different maxheaps can emerge. What will be true about the smallest value in the collection of integers in all of the possible maxheaps? Group of answer choices The smallest value will be at the rightmost leaf at the deepest level of the maxheap. The smallest value will be at one of the leaf nodes of the maxheap. Without knowing the actual values of the set, no conclusions can be drawn about the location of the smallest value in the maxheap. The smallest value could be located at any node of the maxheap other than the root.arrow_forwardUnder what situation would you need to have adjacency SIDs rather than just node SIDs?arrow_forwardExplain theoretically how we would delete a node with two children in a BSTarrow_forward
- What would happen to insertions, deletions, and searches in the hash table if the linked list pointers were preserved in an AVL tree instead of the traditional tree format? In your answer, you are required to provide an explanation of the running time based on the size of the hash table. Is the Big-Ohnotation really required?arrow_forwardProblem 1 . Consider the following binary search tree: 26 10 43 38 47 15 12 25 31 40 Show the resulting tree if you add the entry with key = 13 to the above tree. You need to describe, step by step, how the resulting tree is generated.arrow_forwardHow to access highest degree node using python in networkx. Create a subgraph using ego adn write a python codearrow_forward
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