Given three groups of boxes A, B, and C of n boxes each, where the shapes of the boxesare different. The capacity of each box is measured in milliliter (ml). The list of boxes'capacities in Group A is exactly randomly repeated in Group B and C. This means that foreach box in Group A there exist a corresponding box in Group B and C that hold the samecapacity, but we do not know which box would match with the other in group A, B and C.Your mission is to find a smart way to match these boxes.For example:Group AInput: capacity in milliliterGroup 1ABC140170120212015090Output:A[1] with B[3] with C[6]A[2] with B[6] with C[1]A[3] with B[2] with C[4]... and so on3150140200Group B410090150517010018062001201407790180100Group Cc) Implement your efficient algorithm using Pythond) Prepare a brief report (250 words) comparing the two algorithms8180200170a) Using a brute-force approach, design an algorithm to solve this problem, and analyzeits complexityb) Design a more efficient algorithm to solve this problem, and analyze its complexity[Hint: you can use any data-structure]

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Given three groups of boxes A, B, and C of n boxes each, where the shapes of the boxes are different. The capacity of each box is measured in milliliter (ml). The list of boxes' capacities in Group A is exactly randomly repeated in Group B and C. This means that for each box in Group A there exist a corresponding box in Group B and C that hold the same capacity, but we do not know which box would match with the other in group A, B and C. Your mission is to find a smart way to match these boxes. For example: 7 5 A B C Group A 2 8 3 Input: capacity in milliliter Group 1 2 120 150 140 170 120 90 6 Output: A[1] with B[3] with C[6] A[2] with B[6] with C[1] A[3] with B[2] with C[4] ... and so on 3 150 140 200 Group B 2 4 100 90 150 7 5 5 170 100 180 6 200 120 140 1 7 7 90 Group C 8 180 180 200 100 170 2 s 8 3 6 a) Using a brute-force approach, design an algorithm to solve this problem, and analyze its complexity b) Design a more efficient algorithm to solve this problem, and analyze its complexity [Hint: you can use any data-structure] c) Implement your efficient algorithm using Python

Given three groups of boxes A, B, and C of n boxes each, where the shapes of the boxes are different. The capacity of each box is measured in milliliter (ml). The list of boxes' capacities in Group A is exactly randomly repeated in Group B and C. This means that for each box in Group A there exist a corresponding box in Group B and C that hold the same capacity, but we do not know which box would match with the other in group A, B and C. Your mission is to find a smart way to match these boxes. For example: 7 5 A B C Group A 2 8 3 Input: capacity in milliliter Group 1 2 120 150 140 170 120 90 6 Output: A[1] with B[3] with C[6] A[2] with B[6] with C[1] A[3] with B[2] with C[4] ... and so on 3 150 140 200 Group B 2 4 100 90 150 7 5 5 170 100 180 6 200 120 140 1 7 7 90 Group C 8 180 180 200 100 170 2 s 8 3 6 a) Using a brute-force approach, design an algorithm to solve this problem, and analyze its complexity b) Design a more efficient algorithm to solve this problem, and analyze its complexity [Hint: you can use any data-structure] c) Implement your efficient algorithm using Python

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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Question

Given three groups of boxes A, B, and C of n boxes each, where the shapes of the boxes
are different. The capacity of each box is measured in milliliter (ml). The list of boxes'
capacities in Group A is exactly randomly repeated in Group B and C. This means that for
each box in Group A there exist a corresponding box in Group B and C that hold the same
capacity, but we do not know which box would match with the other in group A, B and C.
Your mission is to find a smart way to match these boxes.
For example:
Group A
Input: capacity in milliliter
Group 1
A
B
C
140
170
120
2
120
150
90
Output:
A[1] with B[3] with C[6]
A[2] with B[6] with C[1]
A[3] with B[2] with C[4]
... and so on
3
150
140
200
Group B
4
100
90
150
5
170
100
180
6
200
120
140
7
7
90
180
100
Group C
c) Implement your efficient algorithm using Python
d) Prepare a brief report (250 words) comparing the two algorithms
8
180
200
170
a) Using a brute-force approach, design an algorithm to solve this problem, and analyze
its complexity
b) Design a more efficient algorithm to solve this problem, and analyze its complexity
[Hint: you can use any data-structure]

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