Темир йўл транспорти: долзарб масалалар ва инновациялар 6-том 2-сан (2025) · 66-72-беттер
FUNCTION INTERPOLATOR SYNTHESIS METHOD IN WIRELESS COMMUNICATION LINES: FUNCTION INTERPOLATOR SYNTHESIS METHOD IN WIRELESS COMMUNICATION LINES
Курбанов, Жанибек Файзуллаевич, Кадирова, Лазокат Абдулло кизи
Аннотация
This paper discusses a method for synthesizing a function interpolator in wireless communication lines. Interpolation plays a crucial role in signal processing by enabling the reconstruction of a continuous function from discrete samples. However, traditional interpolation methods, such as linear interpolation, require a lengthy search for the nearest argument values, which reduces system performance and increases computational complexity. The proposed method is based on the associative search for the argument x₀ and its nearest values x0-1 and x0-1. Unlike traditional approaches, this new method involves the sequential partitioning of the argument value set into subsets, significantly reducing search time. This makes the method more efficient for use in wireless communication systems, where high data processing speed and minimal signal loss are critical. The paper presents a mathematical model of the method, describes the algorithm for finding the argument x₀, and explores the prospects for its hardware implementation. The proposed method can be applied in digital communication systems, radio engineering, telecommunication networks, and other fields where accurate signal reconstruction is required. The research results show that using associative search in interpolation significantly improves the accuracy and efficiency of function reconstruction.
интерполяция, беспроводные линии связи, обработка сигналов, восстановление функции.interpolation, wireless communication lines, signal processing, function reconstruction.
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