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    • 32. 发明授权
    • Communication system transmit power control method
    • 通信系统发射功率控制方法
    • US07006842B2
    • 2006-02-28
    • US09774383
    • 2001-01-30
    • Hao BiRobert T. Love
    • Hao BiRobert T. Love
    • H04B7/185
    • H04W52/12H04W52/20H04W52/225H04W52/24H04W52/36
    • A method for adjusting an OLT for power control, which is capable of closely tracking a low tFER. The OLT is adjusted based on frame quality indicator FQI and channel quality metrics. FQI and channel quality metrics are generated at the receiver of a base transceiver station after reception of a frame. If FQI equal to a logic zero was generated, the OLT is adjusted upwards using a first stepsize. If FQI equal to a logic one was generated for a certain amount of consecutive frames, the OLT is adjusted downwards using a second stepsize. The OLT is also fine-tuned during the intervals between the transitions caused by applying the first stepsize or second stepsize. The first and second stepsizes and the amount of consecutive frames of FQI=1 before OLT is adjusted downwards are determined adaptively according to time-varying channel conditions and received frame quality indicator.
    • 一种用于调整用于功率控制的OLT的方法,其能够紧密跟踪低tFER。 基于帧质量指标FQI和信道质量度量来调整OLT。 FQI和信道质量度量在接收到帧之后在基站的接收机处产生。 如果产生等于逻辑零的FQI,则使用第一步骤向上调整OLT。 如果对于一定量的连续帧产生等于逻辑1的FQI,则使用第二步骤来向下调整OLT。 在通过应用第一步骤或第二步骤引起的转换之间的间隔期间,OLT也被微调。 根据时变信道条件和接收到的帧质量指标,自适应地确定在OLT下调节之前的第一和第二步长并且FQI = 1的连续帧的量。
    • 34. 发明授权
    • Packet transmission method
    • 分组传输方式
    • US06865164B1
    • 2005-03-08
    • US09657915
    • 2000-09-08
    • Gino Anthony ScribanoRobert T. Love
    • Gino Anthony ScribanoRobert T. Love
    • H04B17/00H04L12/28H04L12/56H04L29/06H04L29/14H04Q7/00
    • H04W28/06H04B17/318H04B17/382H04L69/22H04L69/40
    • A wireless system includes base station transceivers (102-104) to communicate with at least one mobile station (108), the base station transceivers communicate with a network controller (110). The base station controls a header for a packet frame to be communicated between the base station transceiver and the network controller wherein a portion of the header identifies the frame as one containing no data package. The data bits of the header field may contain a predetermined bit pattern for a frame including no data package. Information received by the base station from the mobile station may be dropped, and the header information replaced with the specified bit pattern, if a decoding metric passes a threshold. The information received by the base station from the mobile station may be dropped, and the header information replaced with the specified bit pattern, if a CRC for the frame received from the mobile station fails.
    • 无线系统包括与至少一个移动站(108)通信的基站收发机(102-104),基站收发机与网络控制器(110)通信。 基站控制要在基站收发信机和网络控制器之间通信的分组帧的报头,其中报头的一部分将帧识别为不包含数据包的帧。 报头字段的数据位可以包含不包括数据包的帧的预定位模式。 如果解码度量通过阈值,则基站从移动台接收到的信息可以被丢弃,并且标题信息被替换为指定的位模式。 如果从移动站接收到的帧的CRC失败,则可以丢弃基站从移动站接收的信息,并且标题信息被替换为指定的比特模式。
    • 36. 发明授权
    • Power control within a broad-band communication system
    • 宽带通信系统内的功率控制
    • US6148208A
    • 2000-11-14
    • US217158
    • 1998-12-21
    • Robert T. Love
    • Robert T. Love
    • H04B7/005H04Q7/22
    • H04W52/265H04W52/267H04W52/32H04W52/40H04W52/50H04W52/54
    • A high-speed data channel (105) is set to some minimum power level and changed to a second power level after at least one good frame has been received on a reverse link dedicated control channel (DCCH). The forward data channel power level (after a good reverse link frame is received on the DCCH) is increased over a plurality of frames to a power level that differs from the forward DCCH (103) power level, and is based on a difference in the number of handoff links between the DCCH (103) and the high-speed channel (105). Power control of the data channel (105) (after achieving the second power level) is then additionally based on a time between repeats sent due to negative acknowledgments of packet data frames sent on the data channel (105).
    • 在反向链路专用控制信道(DCCH)上接收到至少一个好的帧之后,将高速数据信道(105)设置为一些最小功率电平并变为第二功率电平。 正向数据信道功率电平(在DCCH上接收好的反向链路帧之后)在多个帧上增加到与前向DCCH(103)功率电平不同的功率电平,并且基于 DCCH(103)和高速信道(105)之间的切换链路的数量。 数据信道(105)的功率控制(在实现第二功率电平之后)另外基于由于在数据信道(105)上发送的分组数据帧的否定确认而发送的重复之间的时间。