11163nam#a2200757#i#4500001000500000005001700005008004000022020002300062041000900085044000900094072002400103080006900127100009400196245009900290260004600389300001200435500127100447510012901718510014601847510018801993510011402181510022802295510014602523510025902669510019002928510013903118510018603257510025103443510020303694510011703897510020104014510009304215510023004308510020604538510018904744510024104933510018405174510015105358510012105509510018905630510016905819510020905988510015906197510016006356510025906516510034306775510016107118510029507279510019907574510019207773510020507965510022108170510019808391510025808589510024608847510011209093510016609205510018009371510015009551510016009701510017009861510015710031510015810188533003310346856002610379240720241221201246.6  20220522d2022####ek#y0rusy0150####ca##$a978-1-922756-14-50#$aENG##$axxu#7$aGeneral. TEC000000##$aИнженерное дело. Техника в целом. 62#1$aVeshkurtsev, Yury Mikhailovich$aA.M. Prokhorov Academy of Engineering (Siberian Branch)00$aTHE FOUNDATIONS OF THE THEORY OF CONSTRUCTION OF NEW-GENERATION MODEMS$cМонография1#$aМельбурн$bAUS PUBLISHERS$c2022##$a164 p.##$aThe monography presents the fundamentals of the theory of construction
new-generation modems. Modems are built on the principles of statistical
communication theory, based on the use of a random signal (chaos) as a carrier
of information. In such a signal, a characteristic function is modulated, which
is a fundamental characteristic of a random process. The signal modulation and
demodulation method is patented and allows you to create modems with efficiency
and noise immunity indicators several orders of magnitude higher than those
of the known devices of the same name. New-generation modems immediately
improve the technical characteristics of digital IT equipment by several orders
of magnitude, since they work without errors in wired and radio channels when
receiving one hundred duodecillion of binary symbols.
The book is recommended for scientists and specialists in the field of digital
communication systems, statistical radio engineering and instrumentation, and
may be useful for graduate students, masters and students of relevant specialties.$anew-generation modems, information, signal, signal modulation and demodulation method, IT equipment, digital communication, radio engineering$a10.26526/monography_628a8925151ca0.711254940#$aLukach E. Characteristic functions / trans. from English; under. ed. by V.M. Zolotarev. – Moscow: Nauka, 1979. – 424 p.0#$aVeshkurtsev Yu.M. Applied analysis of the characteristic function of random processes. – Moscow: Radio and communication, 2003. – 204 p.0#$aVeshkurtsev Yu.M., Veshkurtsev N.D., Titov D.A. Instrumentation based on the characteristic function of random processes. – Novosibirsk: publishing house ANS "SibAK", 2018. – 1820#$aLevin B.R. Theoretical Foundations of Statistical Radio Engineering. – Moscow: Sov. radio, 1966. –728 p.0#$aGoryainov V.T., Zhuravlev A.G., Tikhonov V.I. Statistical radio engineering. Examples and tasks: textbook for universities / under. ed. by V.I. 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Part 2 // Omsk Scientific Bulletin, 2018. – No. 5 (161). – P. 102 – 105.0#$aVeshkurtsev Yu.M. New modem built in the space of probabilities // Current state and prospects for the development of special radio communication and radio control systems: Collec. edit. All-Russ. jubilee scientific-technical conf. - Omsk: JSC "ONIIP", October 3-5, 2018. – P. 114 - 119.0#$aVeshkurtsev Yu.M. Addition to the theory of statistical modulation of a quasi-deterministic signal with distribution according to Tikhonov law // Elektrosvyaz, 2019. – No. 11. – P. 56 - 61.0#$aVeshkurtsev Yu.M. Modem for receiving modulated signals using the Tikhonov distribution law // Instruments and systems. Management, control, diagnostics, 2019. – No. 8. – P. 24 - 31.0#$aVeshkurtsev Yu.M. Modem noise immunity when receiving a signal with the distribution of instantaneous values according to Tikhonov law // Digital Signal Processing, 2019. – No. 2. – P. 49 – 53.0#$aZyuko A.G. 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