Plenary invited
| Phase optimization problems in antenna synthesis theory | |
| B. Z. Katsenelenbaum, N. N. Voitovich, V. V. Semenov, Roald B. Vaganov, P. O. Savenko, Mykhailo I. Andriychuk, Yu. N. Kazantsev, Yu. P. Tkachuk, A. N. Sivov, Aleksandr D. Shatrov, Evgenija N. Korshunova, O. F. Zamorska, S. A. Yaroshko, V. J. Anokhin, O. M. Gis, Yu. P. Topolyuk, O. O. Bulatsyk, M. D. Tkach |
| Rapidly convergent “superresolving” direction finders of noise radiation sources in adaptive arrays | |
| David I. Lekhovytskiy, Yakov S. Shifrin, D. V. Atamanskiy |
General antenna theory and electromagnetic field
| Synthesis of plane radiating systems according to the prescribed power radiation pattern | |
| Mykhailo I. Andriychuk, Victor F. Kravchenko, P. O. Savenko, M. D. Tkach |
| Research results of the impact of spatial and polarization value of the antennas on network capacity of wireless channels standard IEEE 802.11 | |
| V. M. Astapenya, Vladimir Yu. Sokolov |
| Representation of fragment of antenna radiation field by local spectrum of plane waves using parametric spectral analysis | |
| M. V. Andreev, Valentin F. Borulko |
Antenna arrays, adaptive and smart antennas
| Antenna arrays: waveguide layout designing automation | |
| R. R. Anamova |
| Estimation of continuous energy spectra of random echoes in coherent pulse radar | |
| D. S. Rachkov, A. V. Semeniaka, David I. Lekhovytskiy, D. V. Atamanskiy |
Ultra-wideband, broadband and multi frequency antennas
| A novel design of ultra-wideband strip-line power divider for 2-18 GHz | |
| P. O. Afanasiev, V. A. Sledkov, M. B. Manuilov |
| Choice of geometry of directional lobes of Vivaldi, depending on the base width of the radiation pattern and a frequency band | |
| T. G. Aslanov, A. N. Zhukov |
Measurements of antenna parameters
| Properties of E-cross for six-port measurements | |
| V. A. Karlov, Valentin F. Borulko, M. F. Andreev |
Components and circuits of microwave and optoelectronic communication systems
| L-band airborne linear AESA design features | |
| P. A. Ageev, A. I. Sinani, G. F. Moseitchouk |
Industrial and medical applications of mircowave technologies
| Microwaves can reduce the effects of ionizing radiation on biological objects | |
| Boris G. Yemets, E. B. Almazova, N. L. Yemets |
| Researches of receiving-rectifying element of the rectennas for wireless power transmission systems to remote objects | |
| Dmitry V. Gretskih, A. V. Gomozov, Sh. F.A. Al-Sammarraie, A. A. Storogev |
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