METHOD FOR TRANSFERRING INFORMATION WITH USE OF ADAPTIVE ALTERNATION Russian patent published in 2005 - IPC

Abstract RU 2265960 C2

FIELD: communications engineering.

SUBSTANCE: method includes continuously controlling quality of communication channel, on basis of results of which value of depth of alternation of word symbols of interference-resistant code is selected, interference-resistant code symbols alternation, interference-resistant code words and information packet, composed of symbols of several interference-resistant code words is transferred to communication channel, on receiving side symbols are shifted back as they were and words of interference-resistant code are reproduced, while average number of errors in interference-resistant code words is estimated, and selective dispersion of errors number in interference-resistant code words of received information packet is determined, and after receiving another information packet alteration of previous value of alternation depth is performed on basis of deviation of selective dispersion of errors allocation in words of received information packet from dispersion of binomial allocation law.

EFFECT: higher trustworthiness of information receipt and decreased time of information receipt delay.

Similar patents RU2265960C2

Title Year Author Number
METHOD OF ADAPTIVE INTERLEAVING OF INFORMATION IN COMMUNICATION CHANNELS WITH GROUPING OF ERRORS 2009
  • Borisenko Evgenij Vasil'Evich
  • Kvashennikov Vladislav Valentinovich
RU2428800C2
METHOD FOR PACKET TRANSMISSION OF MESSAGES IN COMMUNICATION NETWORKS WITH MULTIDIMENSIONAL ROUTING 2006
  • Kvashennikov Vladislav Valentinovich
  • Soldatenko Ehrast Nikolaevich
  • Shabanov Aleksandr Konstantinovich
RU2313187C1
DATA TRANSFER PROCESS USING ADAPTIVE NOISE-IMMUNE CODING 2005
  • Kukharev Aleksandr Dmitrievich
  • Kvashennikov Vladislav Valentinovich
RU2299515C1
METHOD FOR INCREASING THE STABILITY OF INFORMATION TRANSMISSION THROUGH COMMUNICATION CHANNELS OF VIRTUAL PRIVATE NETWORKS 2021
  • Karpov Sergey Sergeevich
  • Balyuk Aleksey Anatolevich
  • Globin Uriy Olegovich
  • Ryabinin Uriy Evgenevich
RU2755684C1
METHOD FOR ENCODING AND DECODING OF DATA FOR SYSTEM OF BROADCAST TRANSMISSION OF DIGITAL MESSAGES 1994
  • Portnoj S.L.
  • Gridnev O.A.
  • Ortjukov S.I.
  • Grigor'Ev A.A.
  • Tuzkov A.E.
RU2110148C1
METHOD OF INFORMATION ENCODING-DECODING IN DATA TRANSMISSION SYSTEMS 2014
  • Saradzhishvili Sergej Ehrikovich
  • Khvostunov Jurij Sergeevich
  • Khromov Valentin Vasil'Evich
RU2562435C1
METHOD OF TRANSMITTING DATA OVER ASYNCHRONOUS COMMUNICATION NETWORKS WITH THE POSSIBILITY OF RECOVERING DATA UPON LOSS THEREOF DUE TO PRESENCE OF CONNECTION ERRORS IN COMMUNICATION NETWORKS 2019
  • Erchenko Aleksej Valerevich
  • Ivchenko Aleksandr Vladimirovich
  • Sinolits Vadim Viktorovich
  • Durygin Viktor Valerianovich
  • Vorobev Pavel Sergeevich
  • Sukhoteplyj Aleksandr Pavlovich
RU2711354C1
METHOD FOR TRANSMITTING INFORMATION WITH USE OF ADAPTIVE INTERFERENCE-RESISTANT ENCODING 2003
  • Kukharev A.D.
  • Kvashennikov V.V.
  • Slepukhin F.V.
RU2251814C1
METHOD OF TRANSMITTING DATA OVER PACKET COMMUNICATION NETWORKS WITH THE POSSIBILITY OF RECOVERING DATA WHEN THEY ARE LOST DUE TO PRESENCE OF CONNECTION ERRORS IN COMMUNICATION NETWORKS 2019
  • Erchenko Aleksej Valerevich
  • Ivchenko Aleksandr Vladimirovich
  • Sinolits Vadim Viktorovich
  • Durygin Viktor Valerianovich
  • Vorobev Pavel Sergeevich
  • Sukhoteplyj Aleksandr Pavlovich
RU2706879C1
METHOD FOR COMMUNICATION CHANNEL QUALITY CONTROL 2008
  • Kvashennikov Vladislav Valentinovich
  • Mironov Aleksandr Vjacheslavovich
RU2380836C1

RU 2 265 960 C2

Authors

Kvashennikov V.V.

Slepukhin F.V.

Dates

2005-12-10Published

2003-06-16Filed