METHODS FOR EVALUATING THE IMPACT OF ENERGY AND CORRELATION PROPERTIES OF SIGNALS ON THE RESILIENCE TO INTER-CHANNEL INTERFERENCE IN INTELLIGENT RADIO SYSTEMS

Oleksii Komar; Volodymyr Lysechko; Oleksandr Veklych; Vyacheslav Bershov; Ivan Soproniuk

Scientific paper ID 2599 : 2024/3

METHODS FOR EVALUATING THE IMPACT OF ENERGY AND CORRELATION PROPERTIES OF SIGNALS ON THE RESILIENCE TO INTER-CHANNEL INTERFERENCE IN INTELLIGENT RADIO SYSTEMS

Oleksii Komar, Volodymyr Lysechko, Oleksandr Veklych, Vyacheslav Bershov, Ivan Soproniuk

In the article, an in-depth analysis is carried out on methods for evaluating the impact of energy and correlation properties of signals on their resistance to inter-channel interference within intelligent radio systems. The study is pivotal in identifying new methodologies for signal generation, aiming to significantly enhance spectrum utilization and elevate the robustness of these systems against interference. By delving into the intricate dynamics of energy characteristics and correlation effects, the research proposes innovative mechanisms for the detection and compensation of interference automatically. This exploration not only emphasizes the critical need to consider energy aspects and the challenges posed by inter-channel interference but also sets the foundation for the effective design and optimization of intelligent radio systems. The outcomes of this analysis are instrumental in advancing the performance and reliability of communication systems, providing a significant contribution to the field of telecommunications. The investigation opens new avenues for research and development in the realm of intelligent radio systems, promising substantial improvements in the efficiency and effectiveness of signal processing and management.

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Синтезирани сигнали междуканална интерференция корелационни ефекти енергийни характеристики когнитивни радиосистеми методи за генериране на сигнали методи за оптимизация.Synthesized signals inter-channel interference correlation effects energy cOleksii Komar Volodymyr Lysechko Oleksandr Veklych Vyacheslav Bershov Ivan Soproniuk

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