FI (list display)

  • H04W52/00
  • Power management HB CC 5K067
  • H04W52/02
  • .Power saving arrangements [2009.01] HB CC 5K067
  • H04W52/02,110
  • ..concerning intermittent movement HB CC 5K067
  • H04W52/02,111
  • ...involving transmission and reception of control signals for intermittent movement HB CC 5K067
  • H04W52/02,130
  • ..Control based on remaining battery capacity HB CC 5K067
  • H04W52/04
  • . Transmission power control [TPC] HB CC 5K067
  • H04W52/06
  • ..TPC algorithms [2009.01] HB CC 5K067
  • H04W52/08
  • ...Closed loop power control [2009.01] HB CC 5K067
  • H04W52/10
  • ...Open loop power control [2009.01] HB CC 5K067
  • H04W52/12
  • ...Outer and inner loops [2009.01] HB CC 5K067
  • H04W52/14
  • ...Separate analysis of uplink or downlink [2009.01] HB CC 5K067
  • H04W52/16
  • ...Deriving transmission power values from another channel [2009.01] HB CC 5K067
  • H04W52/18
  • ..TPC being performed according to specific parameters [2009.01] HB CC 5K067
  • H04W52/20
  • ...using error rate [2009.01] HB CC 5K067
  • H04W52/22
  • ...taking into account previous information or commands [2009.01] HB CC 5K067
  • H04W52/24
  • ...using SIR [Signal to Interference Ratio] or other wireless path parameters [2009.01] HB CC 5K067
  • H04W52/26
  • ...using transmission rate or quality of service QoS [Quality of Service] [2009.01] HB CC 5K067
  • H04W52/28
  • ...using user profile, e.g. mobile speed, priority or network state, e.g. standby, idle or non-transmission [2009.01] HB CC 5K067
  • H04W52/30
  • ..using constraints in the total amount of available transmission power [2009.01] HB CC 5K067
  • H04W52/32
  • ...TPC of broadcast or control channels [2009.01] HB CC 5K067
  • H04W52/34
  • ...TPC management, i.e. sharing limited amount of power among users or channels or data types, e.g. cell loading [2009.01] HB CC 5K067
  • H04W52/36
  • ...with a discrete range or set of values, e.g. step size, ramping or offsets [2009.01] HB CC 5K067
  • H04W52/38
  • ..TPC being performed in particular situations [2009.01] HB CC 5K067
  • H04W52/40
  • ...during macro-diversity or soft handoff [2009.01] HB CC 5K067
  • H04W52/42
  • ...in systems with time, space, frequency or polarisation diversity [2009.01] HB CC 5K067
  • H04W52/44
  • ...in connection with interruption of transmission [2009.01] HB CC 5K067
  • H04W52/46
  • ...in multi-hop networks, e.g. wireless relay networks [2009.01] HB CC 5K067
  • H04W52/48
  • ...during retransmission after error or non-acknowledgment [2009.01] HB CC 5K067
  • H04W52/50
  • ...at the moment of starting communication in a multiple access environment [2009.01] HB CC 5K067
  • H04W52/52
  • ..using AGC [Automatic Gain Control] circuits or amplifiers [2009.01] HB CC 5K067
  • H04W52/54
  • ..Signalisation aspects of the TPC commands, e.g. frame structure [2009.01] HB CC 5K067
  • H04W52/56
  • ...Detection of errors of TPC bits [2009.01] HB CC 5K067
  • H04W52/58
  • ...Format of the TPC bits [2009.01] HB CC 5K067
  • H04W52/60
  • ...using different transmission rates for TPC commands [2009.01] HB CC 5K067
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