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    • 52. 发明授权
    • Method and apparatus for transmitting and receiving signals using electronic beam forming
    • 使用电子束形成发送和接收信号的方法和装置
    • US06266010B1
    • 2001-07-24
    • US09397105
    • 1999-09-16
    • Danny F. AmmarVernon Brady
    • Danny F. AmmarVernon Brady
    • H01Q302
    • H01Q3/24H01Q3/38
    • The present invention is directed to providing an antenna system for transmitting and receiving signals in a manner which eliminates the extensive hardware, high cost and complexity of the transmitter, receiver or transceiver used in conventional systems. Exemplary embodiments are directed to an antenna system which uses electronic beam forming to mathematically synthesize the signals desired for object detection and tracking. Rather than using passive waveguide material having multiple antenna system ports that must be individually processed in separate transceiver channels, exemplary embodiments of the present invention are directed to an antenna system wherein the antenna ports are coupled to a beam forming network of the antenna system. The beam forming network includes a single port that can be coupled to a single transceiver channel. The beam forming network is configured to mathematically synthesize each of the desired signals needed by the transceiver to calculate desired information, such as the azimuth and elevation of an object to be detected and/or tracked (for example, the summed output signal and a difference output signal). The beam forming network can be configured to sequentially produce each of the desired signals. Alternately, the beam forming network can provide desired signals from the transceiver channel to the multiple antenna ports during a transmit operation. Exemplary embodiments are applicable to any systems which involve the use of an antenna systems, including, but not limited to, communication systems and radar applications. Exemplary embodiments can provide any of the functionality typically associated with beam forming antennae including, but not limited to communications such as satellite to ground communications, beam shaping, and beam pointing.
    • 本发明旨在提供一种用于以消除常规系统中使用的发射机,接收机或收发机的广泛硬件,高成本和复杂性的方式发送和接收信号的天线系统。 示例性实施例涉及使用电子束形成来数学地合成对象检测和跟踪所需的信号的天线系统。 不是使用具有多个天线系统端口的无源波导材料,这些无源波导材料必须在单独的收发器通道中单独处理,本发明的示例性实施例涉及天线系统,其中天线端口耦合到天线系统的波束形成网络。 波束形成网络包括可以耦合到单个收发器信道的单个端口。 波束形成网络被配置为在数学上合成收发器所需的每个期望信号以计算期望的信息,例如待检测和/或跟踪的对象的方位角和仰角(例如,相加的输出信号和差值 输出信号)。 波束形成网络可以被配置为顺序地产生每个期望的信号。 或者,波束形成网络可以在发射操作期间从收发信道提供期望的信号到多个天线端口。 示例性实施例可应用于涉及使用天线系统的任何系统,包括但不限于通信系统和雷达应用。 示例性实施例可以提供通常与波束形成天线相关联的功能中的任何功能,包括但不限于诸如卫星对地通信,波束整形和波束指向之类的通信。