Publications

1) Kamnev E.F., Belov A.S., Bobkov V.Y. Globsatcom – new satellite communications system based on spacecraft in high elliptical orbits. Connect, #12, 2007. (in Russian)

2) Kamnev E.F., Abolic A.I., and others. A satellite communications system. Russian patent RU 72804 U1 dated 27.12.2007.

3) Kamnev E.F., Abolic A.I., and others. A satellite communications system. Russian patent RU 75812 U1 dated 18.03.2008.

4) Kamnev E.F., Belov A.S., Abolic A.I. An alternative approach to configuration of communications satellites with large multiple-beam antennas. Mag. Elektrosvyaz, #5, 2008. (in Russian)

5) Kamnev E.F., Belov A.S., Bobkov V.Y. Broadband satellite multimedia communications system NordMediaStar with the use of spacecraft in HEO. Mag. Connect, #12, 2008. (in Russian)

6) Kamnev E.F., Belov A.S., Bobkov V.Y. Use of the Globsatcom and NordMediaStar satellite communications systems for the Russian Railway Company. Mag. Connect, #3, 2009. (in Russian)

7) Kamnev E.F., Belov A.S., Bobkov V.Y. Global satellite communications system in the Russia’s national security interests. Proceedings “Communications in Russia’s Armed Forces”, 2009. (in Russian)

8) Kamnev E.F., Belov A.S., Bobkov V.Y. New approaches to constructing advanced satellite communications systems. Article in the Book “Defense Strength of Russia (the past, present, and the future). Moscow, Military Parade, 2009. (in Russian)

9) Kamnev E.F., Abolic A.I., Akimov A.A., Belov A.S., Bobkov V.Y., Pelekhaty M.I. Satellite communications systems with elliptical orbits, diversity branches, and adaptive processing. Moscow, Globsatcom, 2009. (in Russian)

10) V.E. Kamnev, V.V. Cherkasov, G.V. Chechin. Satellite communications networks. Moscow, Military Parade, 2010. (in Russian)

11) E. Kamnev, V. Kamnev, V. Medvedev, V. Bobkov, A. Belov. The Rosinfocom satellite communications system. Mag. Military Parade, #1 (109), January-February 2012.

12) E. Kamnev, V. Kamnev, V. Medvedev, V. Bobkov, A. Belov. Using communications resources of the Rosinfocom satellite communications system: new sections of infocommunication service market in the Russian territory. Mag. Military Parade, #2 (110), March-April 2012.

13) A.Belov, K.Borisov, V.Kamnev, E.Kamnev, V.Medvedev, A.Shevyrev. Principles for construction of an antijam global network of data transmission with the use of hosted payload aboard spacecraft “Glonass-K”. Mag. Military Parade, #3 (111), May-June 2012.

14) A.Belov, V.Bobkov, K.Borisov, V.Kamnev, E.Kamnev, V.Medvedev. Satellite system of high-speed access in Ku and Ka bands on the base of space vehicle, which can be launched to high elliptical orbit and to geostationary orbit. Mag. Military Parade, #4 (112), July-August 2012.

15) A.Belov, V.Bobkov, K.Borisov, V.Kamnev, E.Kamnev, V.Medvedev. Concerning the choice of optimal variant to construct the Russian satellite system of high-speed access in the Ka-band. Mag. Military Parade, #5 (113), September-October 2012.

16) A.Belov, V.Bobkov, K.Borisov, V.Kamnev, E.Kamnev, V.Medvedev. The Russian satellite system of high-speed access in the Ku-Ka, Ka-Ka bands, and its implementation program. Mag. Military Parade, #6 (114), November-December 2012.

17) A.Belov, V.Bobkov, K.Borisov, V.Kamnev, E.Kamnev, V.Medvedev, M.Pelekhaty. Principles for constructing a global antijam satellite communications and observation system with the use of a constellation of low polar orbit satellites. Mag. Military Parade, #1 (115), January-February 2013.