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    • 3. 发明申请
    • FREQUENCY-DOMAIN PEAK POWER REDUCTION
    • 频域峰值功率降低
    • US20130266082A1
    • 2013-10-10
    • US13443398
    • 2012-04-10
    • Neil MCGOWANMarthinus Willem DA SILVEIRA
    • Neil MCGOWANMarthinus Willem DA SILVEIRA
    • H04L27/28
    • H04L27/2614
    • A system and method are provided for frequency domain peak power reduction on a plurality of orthogonal frequency divisional multiplexing (OFDM) signals in a communications system, wherein frequency domain processing of at least one OFDM signal carrier is iteratively performed to reduce peak power transmissions. OFDM signal carriers can include both in-band sub-carrier signals, and guard-band sub-carrier signals. Each iteration of peak power reduction takes as an input the frequency domain representation of the signal from the previous iteration that has been altered with respect to an error signal also represented in the frequency domain, determines an error signal (in the frequency domain), and subtracts this from the input to produce a further peak power reduced frequency domain signal. If there are no peaks above the configured peak power reduction threshold, then the signal passes through the FPPR iterations with no change.
    • 提供了一种在通信系统中的多个正交频分复用(OFDM)信号上进行频域峰值功率降低的系统和方法,其中迭代地执行至少一个OFDM信号载波的频域处理以减少峰值功率传输。 OFDM信号载波可以包括带内子载波信号和保护带子载波信号。 峰值功率降低的每次迭代将来自先前迭代的信号的频域表示作为输入,其相对于也在频域中表示的误差信号已被改变,确定误差信号(在频域中),以及 从输入中减去此值,以产生另一个峰值功率降低的频域信号。 如果在配置的峰值功率降低阈值以上没有峰值,则信号通过FPPR迭代而没有变化。
    • 6. 发明授权
    • CDMA probe for self-testing base station receivers
    • 用于自检基站接收机的CDMA探头
    • US08219076B2
    • 2012-07-10
    • US11572434
    • 2005-07-19
    • Ganesh SundararajanEdward Ken Kiu MahNeil McGowan
    • Ganesh SundararajanEdward Ken Kiu MahNeil McGowan
    • H04W24/00H04B17/00
    • H04W24/00
    • An access probe existing and generated within a base station to simulate a mobile terminal for the purpose of testing base station receive functionality within a communications system. The access probe data is injected at baseband rather than at RF to eliminate the need for analog/RF circuitry. The access probe performs injection at the front end of the base station receiver to exercise as much receive data path as possible. A unique ID is embedded in the access probes so that the communications system is aware which probes within a sequence were received successfully and at what power level. Within in-field applications, the unique ID allows the communications system to distinguish simulated access probes from those corresponding to real mobiles.
    • 存在并在基站内生成的接入探针以模拟移动终端,以便测试基站在通信系统内接收功能。 接入探头数据在基带而不是射频注入,以消除对模拟/射频电路的需要。 接入探测器在基站接收机的前端执行注入以尽可能多的接收数据路径。 访问探针中嵌入了唯一的ID,以便通信系统知道序列中的哪些探针成功接收并以什么功率级别接收。 在现场应用中,唯一的ID允许通信系统将模拟的接入探针与对应于真实移动台的接入探头区分开。
    • 9. 发明申请
    • Cdma Probe for Self-Testing Base Station Receivers
    • 用于自检基站接收机的Cdma探头
    • US20080096543A1
    • 2008-04-24
    • US11572434
    • 2005-07-19
    • Ganesh SundararajanEdward Ken Kiu MahNeil McGowan
    • Ganesh SundararajanEdward Ken Kiu MahNeil McGowan
    • H04Q7/34
    • H04W24/00
    • An access probe existing and generated within a base station to simulate a mobile terminal for the purpose of testing base station receive functionality within a communications system. The access probe data is injected at baseband rather than at RF to eliminate the need for analog/RF circuitry. The access probe performs injection at the front end of the base station receiver to exercise as much receive data path as possible. A unique ID is embedded in the access probes so that the communications system is aware which probes within a sequence were received successfully and at what power level. Within in-field applications, the unique ID allows the communications system to distinguish simulated access probes from those corresponding to real mobiles.
    • 存在并在基站内生成的接入探针以模拟移动终端,以便测试基站在通信系统内接收功能。 接入探头数据在基带而不是射频注入,以消除对模拟/射频电路的需要。 接入探测器在基站接收机的前端执行注入以尽可能多的接收数据路径。 访问探针中嵌入了唯一的ID,以便通信系统知道序列中的哪些探针成功接收并以什么功率级别接收。 在现场应用中,唯一的ID允许通信系统将模拟的接入探针与对应于真实移动台的接入探头区分开。