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Information × Registration Number 0226U003600, (0126U001466) , R & D reports Title Development of a method for evaluating the noise immunity of coherent reception of a discrete signal with multi-position phase modulation under the influence of non-fluctuation noise popup.stage_title Розробка моделі оцінки завадостійкості когерентного прийому дискретного сигналу з багатопозиційною фазовою маніпуляцією в умовах впливу імпульсних нефлуктаційних завад Head Oleksandr L. Turovskyi, Доктор технічних наук Registration Date 21-04-2026 Organization State University of information and communication technologies popup.description1 Evaluate the noise immunity of coherent reception of a discrete signal with multi-position phase modulation under the influence of non-fluctuation noise popup.description2 The project is dedicated to solving a pressing scientific problem, the essence of which is to reduce the impact of pulsed non-fluctuating interference on the noise immunity of coherent reception of signals with multi-position phase manipulation, used in data transmission channels of telecommunication networks. The results of the study can be used when choosing the type of signal for data transmission under the influence of intentional pulsed non-fluctuating interference. The novelty of the project lies in the development of a method for reducing the impact of non-fluctuating interference on the noise immunity of coherent reception of signals with multi-position phase manipulation, which will be implemented on the basis of developed models and methods that will allow assessing the impact of pulsed non-fluctuating interference on the noise immunity of coherent reception of signals with multi-position phase manipulation. The purpose of the project is to increase the efficiency of data transmission in data transmission channels of telecommunication networks operating on the basis of signals with multi-position phase manipulation under the influence of pulsed non-fluctuating interference. The implementation of the project will also contribute to increasing the efficiency of the functioning of radio engineering devices, telecommunications facilities and telecommunications networks, including for controlling unmanned (robotic) systems that use signals with multi-position phase manipulation and are subject to the influence of intentional non-fluctuation impulse interference. Product Description popup.authors Yurii V. Pepa Oleksandr V. Drobyk Oleksandr L. Turovskyi Anton Y. Zahynei Ihor D. Danylov Yaroslav S. Shavlovskyi Yevhen V. Bondarenko Rodion V. Khvorostianyi Oleksandr V. Koretskyi Bohdan V. Chaban Rakhman D. Kuliiev Viktor A. Ivankin Yevhen M. Kykhtenko Pavlo O. Matusiak Mykhailo A. Tomashevskyi Denys V. Trukhan Vladyslav S. Herasymchuk Anton A. Herasymenko popup.nrat_date 2026-04-21 Close