homepage | Scientific work | Editions | RADIO COMMUNICATION SYSTEMS NOISE-IMMUNITY WITH SIGNALS SPREAD SPECTRUM BY MEANS OF MODULATION OF CARRIER PSEUDORANDOM SEQUENCE. V.I. BORISOV, V.╠. ZINCHUK, └.┼. LIMAREV, N.P. MUKHIN, G.S. NAKHMANSON. / 2003

SCIENTIFIC WORK

RADIO COMMUNICATION SYSTEMS NOISE-IMMUNITY WITH SIGNALS SPREAD SPECTRUM BY MEANS OF MODULATION OF CARRIER PSEUDORANDOM SEQUENCE. V.I. BORISOV, V.╠. ZINCHUK, └.┼. LIMAREV, N.P. MUKHIN, G.S. NAKHMANSON. / 2003
Radio communication systems noise-immunity with signals spread spectrum by means of modulation of carrier pseudorandom sequence UDC 621.391.372

Radio communication systems noise-immunity with signals spread spectrum by means of modulation of carrier pseudorandom sequence.// V.I. Borisov, V.╠. Zinchuk, └.┼. Limarev, N.P. Mukhin, G.S. Nakhmanson; Under editing of V.I. Borisov. - Moscow.: Radio and communication, 2003. - 640 p. ISBN - 5-256-01672-5

Noise-immunity estimation methods of radio communication systems (RCS) with phase-shift keying wideband signals (PSKWBS) in EW and mutual interferences environment are stated. Principles of signals spectrum spreading, methods of PSKWBS formation and its main features are given. Algorithms of adaptive PSKWBS filtration at the background of interferences complex are examined, its efficiency and capabilities of hardware implementation are analyzed.

Algorithms of multi-alternative noise-type signals detection, distinction, mutual detection, estimation and search in conditions of prior uncertainty in regard to signals, channels and interferences static characteristic are provided. Synchronizers structural schemes and synchronization non-perfection influence on signals reception quality are analyzed.

Acoustooptic devices application in RCS for interference environment analysis, noise-type signals parametersĺ distinction and estimation are described.

The book is intended for scientists, postgraduates, engineers and students of upper courses of institutes of higher education specialized in noise-immune radio communication systems research and development.

Key words: radio communication systems noise-immunity, phase-shift keying wideband signals (PSKWBS), electronic warfare (EW), signals spectrum spreading, adaptive digital filtration, noise-type signals, prior uncertainty, synchronizers structural schemes, acoustooptic devices.

Illustration.314. Tables.23. Bibliography.406 titles.

Reviewers:
doctor of technical sciences, professor Yu.G.Bugrov
doctor of technical sciences, professor V.V.Bykov
doctor of technical sciences, professor V.I.Prytkov