Russian Federation
Russian Federation
Russian Federation
Russian Federation
This paper examines improvements in radio communication organisation methods that enable the interconnection of different types of radio communication devices, as well as the interconnection of radio stations with communication networks for various purposes (telephone, data transmission, Internet) with the provision of message relay between different types of terminal devices. An analysis of additional technical means that increase the efficiency of radio communication has shown that the «Metaphor» tactical communication device with information protection and inter-network relay functions has the best tactical and technical characteristics and low cost. At the same time, the technological capabilities of additional equipment for radio devices (switches, repeaters, concentrators, signal converters, etc.) provide a significant increase in the efficiency of radio devices and the construction of radio communication networks, interaction with data transmission networks and telephone communication networks. During various tests at the training grounds of the EMERCOM of Russia rescue centres, the device was successfully tested and began to be used as a means of communication in many departments.
radio communication organisations, radio communication equipment, data transmission, ensuring communication and information security, management of rescue center units, radio network, VoIP protocols, network traffic
1. Ivanov V.G., Luk'yanchik V.N., Polyakov D.N. Povyshenie ustojchivosti upravleniya i svyazi robototekhnicheskimi kompleksami voennogo naznacheniya v sovremennyh operaciyah // Telekommunikacii i svyaz'. 2024. № 1 (1). S. 16–29.
2. Korchak V.Yu., Polubekhin A.I., Yurin A.A. Osnovnye polozheniya koncepcii razvitiya robototekhnicheskih kompleksov voennogo naznacheniya // Strategicheskaya stabil'nost'. 2024. № 4 (109). S. 2–6.
3. Veroyatnostnaya model' ocenki strukturnoj svyaznosti setej radiotekhnicheskih sistem v usloviyah destruktivnyh vozdejstvij / S.A. Yakushenko [i dr.] // Telekommunikacii i svyaz'. 2025. № 3 (6). S. 65–73.
4. Rol' i mesto audiokonferencsvyazi v sisteme svyazi po opytu special'noj voennoj operacii / G.A. Tuchin [i dr.] // Voprosy oboronnoj tekhniki. Ser. 16: Tekhnicheskie sredstva protivodejstviya terrorizmu. 2025. № 5-6 (203-204). S. 58–64.
5. Ispol'zovanie razrezhennyh kodov v sisteme svyazi / I.A. Potapov [i dr.] // Izvestiya Vysshej voennoj shkoly General'nogo shtaba Vooruzhennyh sil Respubliki Angola. 2025. № 3. S. 71–74.
6. Obrabotka peredavaemogo signala v setyah svyazi voennogo naznacheniya / V.N. Oberderfer [i dr.] // Voprosy oboronnoj tekhniki. Ser. 16: Tekhnicheskie sredstva protivodejstviya terrorizmu. 2023. № 1-2 (175-176). S. 62–70.
7. Luk'yanchik V.N., Starkov A.M., Sarafannikov V.S. Sistemnye aspekty postroeniya telekommunikacionnoj seti v vooruzhennyh konfliktah sovremennosti // Telekommunikacii i svyaz'. 2024. № 1 (1). S. 59–67.
8. Konstantinova A.A., Redkova N.A. Zadacha obrabotki rechevyh signalov metodom vektornogo kvantovaniya linejnyh spektral'nyh kornej // Izvestiya Vysshej voennoj shkoly General'nogo shtaba Vooruzhennyh sil Respubliki Angola. 2025. № 4. S. 53–57.
9. Kurochkin P.V., Tarasov A.A., Shabalov A.T. Perestrojka parametrov adaptacii v sistemah peredachi dannyh. // Izvestiya Vysshej voennoj shkoly General'nogo shtaba Vooruzhennyh sil Respubliki Angola. 2025. № 3. S. 103–108.
10. Ivanov V.G., Luk'yanchik V.N., Polyakov D.N. Povyshenie ustojchivosti upravleniya i svyazi robototekhnicheskimi kompleksami voennogo naznacheniya v sovremennyh operaciyah // Telekommunikacii i svyaz'. 2024. № 1 (1). S. 16–29.
11. Lipatnikov V.A., Kuzin P.I., Rabin A.V. The method of increasing the reliability of noise immunity when receiving information in radio communication systems of the shf and ehf ranges // Journal of Physics: Conference Series. Krasnoyarsk, 2020. S. 52100.
12. Ivanov V.G., Luk'yanchik V.N. Neobhodimost' izmeneniya v podgotovke voennyh specialistov i kadrovogo razvitiya Vooruzhennyh sil Rossijskoj Federacii // Telekommunikacii i svyaz'. 2025. № 1 (4). S. 86–91.
