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    • 1. 发明申请
    • GAIN MEASUREMENT AND MONITORING FOR WIRELESS COMMUNICATION SYSTEMS
    • 增强无线通信系统的测量和监测
    • US20110201269A1
    • 2011-08-18
    • US12706001
    • 2010-02-16
    • Neil T. HobbsNelson C. Schmidt, JR.Thomas KummetzFred Phillips
    • Neil T. HobbsNelson C. Schmidt, JR.Thomas KummetzFred Phillips
    • H04B17/02H04B1/38
    • H04B17/02H04B7/15535H04B17/21H04B17/23H04B17/345H04B17/40
    • A method of monitoring an element in wireless communication system is provided. An operational noise measurement is obtained by measuring a noise value outside of a bandwidth of a first device, but within a bandwidth of a second, subsequent device. The operational noise measurement is alternatively obtained by tuning an input band of the element to shift the input band partially or completely outside of a bandwidth of a first device to create an open band or by suppressing an input of the antenna and measuring noise within the open bandwidth of the element of the wireless communication network. A stored parameter is retrieved and compared to the measured operational noise. Alternatively, a leakage signal of the element may be received at a signal receiver and compared to a reference. The reference is a function of components of the wireless communication system in a leakage path of the leakage signal.
    • 提供了一种在无线通信系统中监视元件的方法。 通过测量第一设备的带宽之外但在第二后续设备的带宽内的噪声值来获得操作噪声测量。 操作噪声测量交替地通过调谐元件的输入频带来部分地或完全地在第一设备的带宽之外移动以产生开放频带或通过抑制天线的输入并测量开放内的噪声来获得 无线通信网络的元件的带宽。 检索存储的参数并将其与测量的操作噪声进行比较。 或者,元件的泄漏信号可以在信号接收器处被接收并与参考相比较。 该参考是在泄漏信号的泄漏路径中的无线通信系统的组件的功能。
    • 2. 发明授权
    • Gain measurement and monitoring for wireless communication systems
    • 获得无线通信系统的测量和监控
    • US08634766B2
    • 2014-01-21
    • US12706001
    • 2010-02-16
    • Neil T. HobbsNelson C. Schmidt, Jr.Thomas KummetzFred Phillips
    • Neil T. HobbsNelson C. Schmidt, Jr.Thomas KummetzFred Phillips
    • H04B3/36
    • H04B17/02H04B7/15535H04B17/21H04B17/23H04B17/345H04B17/40
    • A method of monitoring an element in wireless communication system is provided. An operational noise measurement is obtained by measuring a noise value outside of a bandwidth of a first device, but within a bandwidth of a second, subsequent device. The operational noise measurement is alternatively obtained by tuning an input band of the element to shift the input band partially or completely outside of a bandwidth of a first device to create an open band or by suppressing an input of the antenna and measuring noise within the open bandwidth of the element of the wireless communication network. A stored parameter is retrieved and compared to the measured operational noise. Alternatively, a leakage signal of the element may be received at a signal receiver and compared to a reference. The reference is a function of components of the wireless communication system in a leakage path of the leakage signal.
    • 提供了一种在无线通信系统中监视元件的方法。 通过测量第一设备的带宽之外但在第二后续设备的带宽内的噪声值来获得操作噪声测量。 操作噪声测量交替地通过调谐元件的输入频带来部分地或完全地在第一设备的带宽之外移动以产生开放频带或通过抑制天线的输入并测量开放内的噪声来获得 无线通信网络的元件的带宽。 检索存储的参数并将其与测量的操作噪声进行比较。 或者,元件的泄漏信号可以在信号接收器处被接收并与参考相比较。 该参考是在泄漏信号的泄漏路径中的无线通信系统的组件的功能。