METHOD AND DEVICE FOR ESTABLISHING TRANSIT CHANNEL Russian patent published in 2018 - IPC H04W4/00 

Abstract RU 2676471 C1

FIELD: wireless communication equipment.

SUBSTANCE: invention relates to wireless communication. Method for establishing a transit channel comprises the steps of broadcasting system information so that a predetermined terminal that receives system information returns a signal for establishing a transit channel, the specified terminal means the terminal that established the first communication channel with the core network; receiving a transit channel establishment signal returned by a given terminal, the transit channel establishing signal indicating a given terminal establishing a transit channel for the base station; and sending an acknowledgment message to the predetermined terminal so that the predetermined terminal, after receiving the acknowledgment message, establishes a second communication channel with the base station, wherein the second communication channel and the first communication channel form a transit channel.

EFFECT: technical result is to provide a more flexible and convenient way to establish a transit channel, in which any base station can install multiple transit channels, thereby providing significant extensibility.

12 cl, 13 dwg

Similar patents RU2676471C1

Title Year Author Number
SELECTION OF QUALITY OF SERVICE CATEGORY IDENTIFIER FOR ONE-WAY CHANNEL 2010
  • Song Osok
  • Subramanian Ramachandran
RU2521550C2
IMPROVED DISTRIBUTION OF RESOURCES FOR CONNECTION BETWEEN DEVICES (D2D) 2014
  • Basu Mallick Prateek
  • Loehr Joachim
  • Wang Lilei
  • Feng Sujuan
RU2672623C2
IMPROVED RESOURCE ALLOCATION FOR COMMUNICATION BETWEEN DEVICES (D2D) 2019
  • Basu Mallick, Prateek
  • Loehr, Joachim
  • Wang, Lilei
  • Feng, Sujuan
RU2714391C1
IMPROVED RESOURCE ALLOCATION FOR COMMUNICATION BETWEEN DEVICES (D2D) 2020
  • Basu Mallik, Pratik
  • Ler, Joakhim
  • Van, Lilej
  • Fen, Sutszyuan
RU2731775C1
IMPROVED DISTRIBUTION OF RESOURCES FOR CONNECTION BETWEEN DEVICES (D2D) 2018
  • Basu Mallick, Prateek
  • Loehr, Joachim
  • Wang, Lilei
  • Feng, Sujuan
RU2681368C1
WIRELESS RESOURCES CONTROL SYSTEM, WIRELESS BASE STATION, RELAY DEVICE, WIRELESS RESOURCE CONTROL METHOD AND PROGRAM 2015
  • Futaki, Hisashi
  • Nobukiyo, Takahiro
  • Kobayashi, Kosei
RU2683483C2
COMMUNICATION SYSTEM, COMMUNICATION EQUIPMENT AND COMMUNICATION CONTROL METHOD 2014
  • Midzukosi Yasukhiro
  • Fudzinami Makoto
  • Yamada Josiyuki
RU2637471C2
METHOD OF DATA VIA MOBILE COMMUNICATION TERMINAL 2006
  • Li En-Deh
  • Chkhon Son-Duk
  • Chzhon Mjun-Chkhol'
  • Pak Son-Chon
  • Fisher Patrik
RU2416160C2
SERVING BASE STATION SELECTION USING BACKHAUL QUALITY INFORMATION 2009
  • Agashe Parag A.
  • Bkhushan Naga
RU2490828C2
METHOD AND SYSTEM FOR OPERATING MOBILE TERMINALS AT REDUCED POWER REQUIREMENT 1997
  • Mehssingill Larri Vill'Jam
  • Rejnkhold Stehn L.
  • Vejss Richard Eh.
  • Solve Torb'Ern Vilson
RU2189113C2

RU 2 676 471 C1

Authors

Wei, Na

Xu, Ran

Dates

2018-12-29Published

2016-09-29Filed