SCHEDULED AND AUTONOMOUS TRANSMISSION AND ACKNOWLEDGEMENT Russian patent published in 2014 - IPC H04W74/08 

Abstract RU 2523359 C2

FIELD: radio engineering, communication.

SUBSTANCE: invention relates to communication engineering. A subset of mobile stations may be allocated a portion of a shared resource with one or more individual access grants, another subset may be allocated a portion of the shared resource with a single common grant, and yet another subset may be allowed to use a portion of the shared resource without any grant. An acknowledgement and continue command is used to extend all or a subset of the previous grants without the need for additional requests and grants, and their associated overhead.

EFFECT: reducing communication system load.

21 cl, 17 dwg, 1 tbl

Similar patents RU2523359C2

Title Year Author Number
PLANNED AND AUTONOMOUS TRANSMISSION AND RECEIPT CONFIRMATION 2004
  • Chehn' Tao
  • Tidmann Ehdvard Dzh. Ml.
  • Dzhain Avinash
RU2368106C2
LOADING MANAGEMENT IN WIRELESS DATA NETWORK 2004
  • Sarkar Sandip
RU2387102C2
MULTIPLEXING COMMANDS WITH CODE DIVISION IN MULTIPLEX CODE DIVISION CHANNEL 2004
  • Odenval'Der Dzhozef P.
  • Sarkar Sandip
RU2369017C2
ACKNOWLEDGMENT AND TRANSMISSION RATE CONTROL JOINING 2004
  • Tidmann Ehdvard Dzh. Ml.
  • Gaal Piter
  • Malladi Durga P.
  • Puig Oses David
  • Sarkar Sandip
  • Vehj Junbin'
  • Landbi Stejn A.
  • Chehn' Tao
  • Dzhain Avinash
  • Damnjanovich Aleksandar
  • Villenegger Serzh D.
RU2354079C2
EXTENDED ACKNOWLEDGEMENT AND RATE CONTROL CHANNEL 2009
  • Vej Junbin'
  • Tidmann Ehdvard Dzh. Ml.
  • Gaal Piter
  • Malladi Durga P.
  • Puig Oses David
  • Sarkar Sandip
  • Landbi Stejn A.
  • Chehn' Tao
  • Dzhain Avinash
  • Damnjanovich Aleksandar
  • Villenegger Serzh D.
RU2494572C2
EXTENDED CHANNEL FOR CONFIRMING AND CONTROLLING SPEED 2004
  • Vehj Junbin'
  • Tidmann Ehdvard Dzh. Ml.
  • Gaal Piter
  • Malladi Durga P.
  • Puig Oses David
  • Sarkar Sandip
  • Landbi Stejn A.
  • Chehn' Tao
  • Dzhain Avinash
  • Damnjanovich Aleksandar
  • Villenegger Serzh D.
RU2376728C2
CHANNEL ARCHITECTURE FOR RETURN COMMUNICATION LINE FOR WIRELESS COMMUNICATION SYSTEM 2007
  • Tidmann Ehdvard Dzh. Ml.
  • Chen Tao
  • Dzhejn Avinash
RU2433542C2
CHANNEL ASSESSMENT FOR INTERFERENCE SUPPRESSION 2005
  • Smi Dzhon Ehdvard
  • Pfister Genri Dehvid
  • Khou Tszilehj
  • Tomazin Stefano
RU2364023C2
CHANNEL ARCHITECTURE OF REVERSE COMMUNICATION LINE FOR WIRELESS COMMUNICATION SYSTEM 2007
  • Tidmann Ehdvard Dzh. Ml.
  • Chen Tao
  • Dzhejn Avinash
RU2419206C2
CHANNEL ARCHITECTURE FOR RETURN COMMUNICATION LINE FOR WIRELESS COMMUNICATION SYSTEM 2007
  • Tidmann Ehdvard Dzh. Ml.
  • Chen Tao
  • Dzhejn Avinash
RU2424614C2

RU 2 523 359 C2

Authors

Chehn' Tao

Tidmann Ehdvard Dzh Ml

Dzhain Avinash

Dates

2014-07-20Published

2009-06-18Filed