Peculiarities of the Parallel Sorting Algorithm with Rank Formation

Мартынюк, Т. Б.; Krukivskyi, B. I.

doi:10.1007/s10559-022-00431-8

Cited by 3 publications

(1 citation statement)

References 12 publications

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“…In addition, many scholars have conducted in-depth research on sorting optimization algorithms: Martyniuk and Krukivskyi [8] analyzed a new method to sort a set of numbers in parallel. In the sorting process, a decrement operation that handled numeric array elements: traversing the array was performed, decrementing each element individually [8]. Wang et al [9] proposed a new sorting algorithm.…”

Section: Introductionmentioning

confidence: 99%

Construction of Automatic Acquisition System for Multichannel Electronic Communication Signals Based on Sorting Optimization Algorithm

Hao

2022

Mobile Information Systems

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In both the military and the civilian world, multichannel electronic communication signals are widely used. The goal of signal processing in contemporary communication systems is to capture the signal. The traditional multichannel electronic communication signal automatic capture system has a limited range of performance, which slows down the rate of capture. This study used the sorting algorithm to build an automatic acquisition system for multichannel electronic communication signals in order to address this issue. The system processes the communication signal using the quick sorting method in the sorting optimization algorithm, achieving the goal of more precisely obtaining the carrier frequency and pseudo-code phase, and resolving the issue of slow system acquisition caused by the lengthy pseudo-code period. According to the experimental findings, the improved system’s acquisition rate is 6.89% higher than the conventional system’s, ensuring efficiency and reducing processing time in real-world communication applications.

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Section: Introductionmentioning

confidence: 99%

Construction of Automatic Acquisition System for Multichannel Electronic Communication Signals Based on Sorting Optimization Algorithm

Hao

2022

Mobile Information Systems

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Advanced Model of Parallel Sorting Algorithm with Ranking

Martyniuk,

Krukivskyi

2024

Cybern Syst Anal

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Advanced Model of Parallel Sorting Algorithm With Rank Formation

Martyniuk,

Krukivskyi

2024

KCA

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The model of parallel sorting of a number array with ranking based on the simultaneous application of high-speed decrement/increment operations according to the array of numbers and the array of their ranks is improved. Acceleration of the proposed algorithm is achieved by fixing the result of zeroing (n -1) elements of the number array instead of its complete zeroing. The description of the algorithm of parallel sorting with the formation of ranks in a compact form using the basis of Glushkov’s system of algorithmic algebras (SAA) is given. Keywords: system of algorithmic algebras, parallel sorting, mask, rank, decrement/increment.

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Peculiarities of the Parallel Sorting Algorithm with Rank Formation

Cited by 3 publications

References 12 publications

Construction of Automatic Acquisition System for Multichannel Electronic Communication Signals Based on Sorting Optimization Algorithm

Construction of Automatic Acquisition System for Multichannel Electronic Communication Signals Based on Sorting Optimization Algorithm

Advanced Model of Parallel Sorting Algorithm with Ranking

Advanced Model of Parallel Sorting Algorithm With Rank Formation

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