Enhanced Efficiency in Sorting: Unveiling the Optimized Bubble Sort Algorithm

Abstract

Paige Thomas

In the realm of computer science, sorting algorithms hold a crit- ical and fundamental position, given their widespread utilization in a multitude of computational operations and systems. Ranging from the core of database management systems to the optimiza- tion of search algorithms, to numerical computations, and to data analysis, these algorithms play an instrumental role in enabling computers to process and manipulate data efficiently [1]. As the size of data grows, the efficiency and performance of these sort- ing algorithms becomes even more crucial, given their significant impact on overall computational time and resource utilization. In the realm of computer science, sorting algorithms hold a critical and fundamental position, given their widespread utilization in a multitude of computational operations and systems. Ranging from the core of database management systems to the optimization of search algorithms, to numerical computations, and to data anal- ysis, these algorithms play an instrumental role in enabling com- puters to process and manipulate data efficiently [2]. As the size of data grows, the efficiency and performance of these sorting algo- rithms becomes even more crucial, given their significant impact on overall computational time and resource utilization.

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