AT396553T

Adaptive power control in a radio communication system

Abstract

Connected to the communication service state of the power station, and multiple mobiles with delaying of a base station message centre on the corresponding geographic cell region over common radiocommunication communication channel is provided with reduced be, a low communication service load, is the high power, a high communication service load, provided with low power layer, the power layer is the signal emitted by the hopes compares, a volume of CIR, a transmission device and radio service transmission channel, determining is a annoyance value. One or more self-adapting power parameter is applied in an automatically according to any one of split-ring power control of one or multiple probable of current communication environment and/or the mobiles seat. For example, adaptive power parameter can be in base station cell the current interference function, or independent or, and one or more of plots current interference combination. The type of the self-adapting power parameter of further consider the movable seat is a random access a base stations for data packet connected; the earphone condition in mobile, wherein the mobile station's current temperature, the current base station and mobile station for; the mobile stations a base stations current the groove consumption of estimating, and/or an factors.

Term

No projected expiry on record.

  1. Priority
  2. Filed
  3. Granted
  4. Today

16 members in 11 offices

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Priority claims
DocumentOfficeKindDate
26768699United States of AmericaA

Members16

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DocumentOfficeKind
WO0055976A2World Intellectual Property Organization (WIPO)A2
AU3850400AAustraliaA
WO0055976A3World Intellectual Property Organization (WIPO)A3
TW453056BTaiwan Province of ChinaB
EP1161802A2European Patent Office (EPO)A2
KR20010113744ARepublic of KoreaA
CN1350730AChinaA
US2002077138A1United States of AmericaA1
JP2002539707AJapanA
AR025829A1ArgentinaA1
US6628956B2United States of AmericaB2
CN1192512CChinaC
EP1161802B1European Patent Office (EPO)B1
AT396553TThis recordAustriaT
DE60038956D1GermanyD1
JP4426116B2JapanB2