METHODS AND DEVICES FOR WIRELESS STATION FOR USAGE IN WIRELESS COMMUNICATION SYSTEM, WHICH USE MULTIMODE BASIC STATION Russian patent published in 2009 - IPC H04B7/26 

Abstract RU 2371856 C1

FIELD: communication facilities.

SUBSTANCE: there are described wireless stations for usage with multimode base station, which supports standby mode of transmission and active mode. Standby mode of transmission of base station is behavior with low level of power and low level of interferences relative to active mode. In standby mode of transmission signaling of pilot tone signals, is reduced by power-level and/or by speed to active mode. In standby mode of transmission base station not allows operated registered wireless stations in active state, but can allows operated registered wireless stations in dormant state. Passages from active mode into standby mode of transmission can be implemented in answer to: specified period of non-activity, information of planning, signals of mode changing of station and/or uncovered passage of condition of wireless stations. Passages from standby mode of transmission into active mode can be implemented in answer to: planning information, access signals, signals of activation from wireless stations, transmission signals of service etc.

EFFECT: supporting procedures of multimode base station.

26 cl, 22 dwg

Similar patents RU2371856C1

Title Year Author Number
METHODS AND WIRELESS TERMINAL DEVICE FOR USE IN WIRELESS COMMUNICATION SYSTEM USING MULTI-MODE BASE STATION 2009
  • Laroja Radzhiv
  • Anigstein Pablo
  • Das Arnab
  • Rangan Sandip
RU2479925C2
METHODS AND WIRELESS TERMINAL DEVICE FOR USE IN WIRELESS COMMUNICATION SYSTEM USING MULTIPLE-MODE BASE STATION 2006
  • Laroja Radzhiv
  • Anigstein Pablo
  • Das Arnab
  • Rangan Sandip
RU2390939C2
IMPROVED METHOD AND DEVICE FOR TRANSMITTING BEACOND SIGNALS 2004
  • Laroja Radzhiv
  • Lejn Frehnk A.
  • Li Tszjun'I
RU2341897C1
EFFICIENT PERSONAL CALLING IN WIRELESS COMMUNICATION SYSTEM 2005
  • Laroja Radzhiv
  • Li Tszjun'I
  • Rangan Sandip
  • Khande Prashantkh
RU2392769C2
METHOD AND DEVICE FOR SELECTION AMONG MULTIPLE CARRIERS ON BASIS OF SIGNAL POWER MEASUREMENTS 2004
  • Laroja Radzhiv
  • Li Tszjun'Juj
  • Lejn Frehnk A.
RU2354077C2
SECTORED BASE STATIONS IN FORM OF MULTI-ANTENNA SYSTEMS 2008
  • Richardson Tomas
  • Parizhski Vladimir
RU2444129C2
SYSTEM AND METHOD FOR ACQUISITION IN WIRELESS COMMUNICATION SYSTEMS 2007
  • Kkhandekar Aamod
  • Gorokhov Aleksej
  • Bkhushan Naga
  • Palanki Ravi
RU2420882C2
METHODS AND RETRIEVER OF CARRIER FREQUENCY 2004
  • Laroja Radzhiv
  • Stanski Charl'Z
  • Li Tszjun'I
RU2371847C2
METHOD AND DEVICE FOR QUICK SWITCHING OF CELLS BASED ON CONTROL OF ACCESS TO TRANSMISSION MEDIUM, WITH REGARD TO TECHNOLOGY OF HIGH-SPEED PACKET ACCESS 2009
  • Shaponn'Er Eht'Enn F.
  • Orontso Flore
RU2476013C2
METHOD AND DEVICE FOR SENDING THE REPORT AND CONTROLLING THE NODES IN MULTI-CARRIER SYSTEM 2009
  • Golmiekh Aziz
  • Chzhan Dan'Lu
  • Sambkhvani Sharad Dipehk
  • Javuz Mekhmet
  • Mokhanti Bibkhu
RU2442286C1

RU 2 371 856 C1

Authors

Laroja Radzhiv

Anigstein Pablo

Das Arnab

Rangan Sandip

Dates

2009-10-27Published

2006-09-15Filed