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In a manufactory, the daily production is managed using an algorithm in which the basic operation takes 90% of the total running time. The algorithm is executed in a computer that runs the basic operation in C = 2ns (Ins = 10°s ). The count of the basic operation in the algorithm %3D depends on the input parameter size and has the form C(n) = n² log, (n³). Estimate the total %3D running time of the algorithm in minutes to solve a problem instance with input size n = 10°.

In a manufactory, the daily production is managed using an algorithm in which the basic operation takes 90% of the total running time. The algorithm is executed in a computer that runs the basic operation in C = 2ns (Ins = 10°s ). The count of the basic operation in the algorithm %3D depends on the input parameter size and has the form C(n) = n² log, (n³). Estimate the total %3D running time of the algorithm in minutes to solve a problem instance with input size n = 10°.

Database System Concepts
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
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In a manufactory, the daily production is managed using an algorithm in which the basic operation takes 90% of the total running time. The algorithm is executed in a computer that runs the basic operation in C =2ns (Ins = 10s). The count of the basic operation in the algorithm %3D depends on the input parameter size and has the form C(n) = n² log10 (n'). Estimate the total %3D running time of the algorithm in minutes to solve a problem instance with input size n = 10'.
Transcribed Image Text:In a manufactory, the daily production is managed using an algorithm in which the basic operation takes 90% of the total running time. The algorithm is executed in a computer that runs the basic operation in C =2ns (Ins = 10s). The count of the basic operation in the algorithm %3D depends on the input parameter size and has the form C(n) = n² log10 (n'). Estimate the total %3D running time of the algorithm in minutes to solve a problem instance with input size n = 10'.
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