年間 12 号発行
ISSN 印刷: 0040-2508
ISSN オンライン: 1943-6009
Indexed in
THEORETICAL PRINCIPLES OF TELECOMMUNICATIONS
Approximate Model for Estimation of Efficiency and Noise Immunity of Branched Street and Corridor Wi-Fi and WiMAX Communication Channels
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要約
An approach to simulation of the wave channels of the architectural constructions (city streets and buildings corridors) when calculating efficiency and noise immunity of radio links with Wi-Fi and WiMAX technologies is offered in the unified context of the circuit theory. It is shown that the developed model in conjunction with the "Microwave Office" application package is a good instrument for prediction of these characteristics.
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Yarlykova, М.S., and Chernyakova, М.V., Communication with movable objects in the microwave band.
-
Potapov, А.V., Investigation of the spatial dissimilarity of electromagnetic contamination of environment using digital problem-directed models.
-
Yarkoni, N., and Blaunstein, N., Prediction of Propagation Characteristics in Indoor Radio Communication Environments.
-
Gureev, А.V., and Kustov, V.А., Waveguide model of wireless communication channel inside the buildings.
-
Gostev, V.I., Konin, V.V., and Matsepura, А.L., Linear multichannel microwave devices.
-
Sclyar, B., Digital communication. Theoretical foundations and practical application.
-
Nikol’sky, V.V., Electrodynamics and radio waves propagation. Text-book.
-
Hata, M., Empirical formula for propagation loss in land mobile radio service.
-
Strelnitskiy, А.А., Strelnitskiy, А.Е., Tsopa, А.А., and Shokalo, V.М., Version of the model of the wideband signal attenuation in radio link when calculating the local communication networks protection.
-
Strelnytskiy, A.A., Strelnytskiy, A.E., Tsopa, A.A., Tsopa, A.I., and Shokalo, V.M., Experimental researches of wideband connection wireless access system WiMAX by streets waves channels distribution signals.
-
Shokalo, V.М., Likhograi, V.G., Strelnitskiy, А.Е., and Strelnitskiy, А.А., Prediction of efficiency of radio channel of the local system of the customer radio access without account of noise action.
-
Strelnitskiy A. A., Strelnitskiy A. E., Tsopa O. I., Shokalo V. M., Prediction model of energy security for the systems of subscriber radio access with branched street and corridor communications channels, Radioelectronics and Communications Systems, 54, 2, 2011. Crossref
-
Dudka O. O., Strelnytskyi A. A., Strelnytskyi A. E., Tsopa O. I., Shokalo V. M., Ways to improve the security of communication channels of information transmission digital systems at the physical level, 2010 20th International Crimean Conference "Microwave & Telecommunication Technology", 2010. Crossref
-
Tsopa Oleksandr, Dudka Oleksandra, Merzlikin Anatolii, Ruzhentsev Nikolay, Estimation of the Bandwidth of the Communication Channel of 5G Networks Based on Small Cells, 2021 IEEE 3rd Ukraine Conference on Electrical and Computer Engineering (UKRCON), 2021. Crossref