Complete the diagram using hashing function, use linear probing to fix collisions.4TAHNCG85714276109057KeysabCdefghiMemory Locations

Answered: mplete the diagram using hashing…

mplete the diagram using hashing function, use linear probing to fix collisions. 4 T426985 7 14 27 10 90 57 a b с סוט d e 24 f g h i

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

Problem 1PE

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Concept explainers

Hash Table

A hash table also called a hash map, is a data structure that maps key-value pairs. The hash table can be used in complex systems to provide fast access and compact storage. A hash table is a structure that stores data in an abstract data type kind of associative array. It keeps data in an array format, with a distinct index value for every data value. If the index of the required data is known, then the data can be accessed very easily.

Question

Complete the diagram using hashing function, use linear probing to fix collisions.
4
TAHNCG85
7
14
27
6
10
90
57
Keys
a
b
C
d
e
f
g
h
i
Memory Locations

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How would the table look like if we used separate chaining (open hashing)
Construct a hash table for storing and retrieving data related to the residents of Oman. The civil number of residents stored using Folding Hashing. Assume that the array size is 10 and the civil numbers are 12038811, 31018131, 04117643, 12345679, 12345672. Find the Key value for each civil number after applying folding each digit and division hashing.
Use the following values to answer the questions bellow 66 47 87 900 126 140 145 500 177 285 393 395 467 566 620 735Store the values into a hash table that uses the hash function key % 10 to determine into which of ten chains (separate chaining) to put the value.
Question 5 Assume you have a hash table of size 13, insert the following keys using open addressing with linear probing, assuming that the H(Key) = key % size and the bucket size is equal to 1. Keys: 25, 66, 710, 150, 82, 111, 70,17 a. index key 0 1 66 2 3 4 82 5 70 6 17 7 150 8 710 9 111 10 11 25 12 b. index key 1 2 66 3 4 5 82 6 70 7 17 8 150 9 710 10 111 11 12 13 25 c. index key 0 1 66 2 3 4 82 5 70 6 17 7 150 8 111 9 710 10 11 12 25 d. index key 0 1 66 2 3 4 82 5 70 6 17 7 150 8 710 9 111 10 11 12 25
Computer science question
PROBLEM 4-Hashing and Collision. Complete the table below. Follow-up Question: From the table above, how many synonyms are there?
Insert the following sequence of keys in the hash table.Keys = {4, 2, 1, 3, 5, 6, 8}Use linear probing technique for collision resolution: h(k, i) = [h(k) + i] mod mHash function, h(k) = 3k + 1Table size, M = 10 Draw the hash table, compute the index where the hashvalue will be inserted for each key, and show how you would use the technique when a collisionoccurs.
Hashing table Sıze 7: SIze 7: 12,5,19,2,23. Use Quadratic Probing if tnere is Answer in form of the order of a collision in ferted elemunts. a) -19.2 23 12-5 b).-19223 125 C) 12 2 23 19--S ) 12--2 2319 5
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Q2: Based on SHA-1 hash algorithm, if W[0] 64 25 27 1a W[1] 01 75 62 12 W[2] c2 54 03 05 W[3] 66 27 96 10 W[4] ec 77 91 30 W[5] 34 60 42 91 W[6] 91 37 85 61 W[7] 22 88 45 71 W[8] c2 40 35 61 W[9] 62 85 5c 10 W[10] 05 84 41 61 W[11] 84 20 41 94 W[12] b1 54 21 91 W[13] 01 88 58 20 W[14] 87 54 23 22 W[15] 61 20 03 55 Find W[17].