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    • 1. 发明授权
    • Repeater rise-over-thermal (RoT) value calibration
    • 中继器升温(RoT)值校准
    • US07865159B2
    • 2011-01-04
    • US11555872
    • 2006-11-02
    • Richard F. Dean
    • Richard F. Dean
    • H04B17/00
    • H04B7/15535H04B17/21H04B17/40
    • An RF switch is used in the signal path to an amplifier, for example between a receiving antenna and an amplifier. The switch is used to alternately connect the amplifier between a normal signal source for the amplifier and a fixed load for calibration. The power difference between the two switch states at the output of the amplifier would then yield a calibrated measurement of a signal value, such as rise over thermal (RoT). The amount of time spent in the calibration position is maintained at a minimized level so as to reduce impact on the normal operation of the amplifier. The invention provides an ability to estimate traffic load in a repeater system based on RoT measurements of repeater reverse-link output power by determining a reverse link gain.
    • RF开关用在到放大器的信号路径中,例如在接收天线和放大器之间。 该开关用于在放大器的正常信号源和用于校准的固定负载之间交替连接放大器。 放大器输出端的两个开关状态之间的功率差然后将产生信号值的校准测量值,例如上升温度(RoT)。 在校准位置所花费的时间量保持在最小的水平,以减少对放大器正常工作的影响。 本发明提供了一种通过确定反向链路增益来基于中继器反向链路输出功率的RoT测量来估计中继器系统中的业务负载的能力。
    • 6. 发明授权
    • Method and apparatus for integration of a wireless communication system
with a cable T.V. system
    • 用于将无线通信系统与电缆T.V.系统集成的方法和装置
    • US5867763A
    • 1999-02-02
    • US600104
    • 1996-02-08
    • Richard F. DeanLindsay A. Weaver, Jr.Charles E. Wheatley, III
    • Richard F. DeanLindsay A. Weaver, Jr.Charles E. Wheatley, III
    • H04W52/04H04N7/173H04W88/08
    • H04W88/085H04N7/17309
    • The present invention is a method and apparatus for integrating a personal communication system with a cable television plant. A set of radio antenna devices (RAD) are connected to the cable plant. The RADs provide frequency conversion and power control of signal received from the cable plant for wireless transmission to the remote units. The RADs also provide power control and frequency conversion of wireless signals received from the remote units for transmission by the RADs onto the cable plant. In addition to the functions of standard base stations and centralized controller, the CATV base station must also compensate for gain variations in the cable plant. The downstream power control is regulated by a RAD reference signal which can be hidden within the CDMA signal for maximum efficiency. The upstream power control is regulated by an upstream gain reference signal which is individually transmitted by each RAD on the upstream link. The architecture of the present invention lends itself to a great deal of flexibility. Each RAD can operate as either an element of a distributed antenna or a base station sector unto itself. The function of each RAD as distributed antenna or as sector can be remotely programmed from the headend processor. Thus the capacity density of the system can be changed to accommodate the changing traffic density. The flexibility also is important at system deployment. When the system is deploy, the entire system may feed only one sector at the base station thus reducing the start-up cost of implementing a system. As system traffic increases, more resources can simply be added at the headend to provide more capacity.
    • 本发明是用于将个人通信系统与有线电视设备集成的方法和装置。 一组无线电天线设备(RAD)连接到电缆设备。 RAD提供从电缆设备接收的信号的频率转换和功率控制,用于无线传输到远程单元。 RAD还提供从远程单元接收的无线信号的功率控制和频率转换,以将RAD传输到电缆设备上。 除了标准基站和集中控制器的功能外,CATV基站还必须补偿电缆厂的增益变化。 下行功率控制由可以隐藏在CDMA信号内的RAD参考信号来调节,以获得最大的效率。 上游功率控制由上游链路上的每个RAD单独发送的上游增益参考信号来调节。 本发明的架构具有很大的灵活性。 每个RAD可以作为分布式天线或基站扇区的元件本身进行操作。 每个RAD作为分布式天线或扇区的功能可以从头端处理器进行远程编程。 因此,可以改变系统的容量密度以适应不断变化的交通密度。 系统部署时的灵活性也很重要。 当系统部署时,整个系统可以在基站仅馈送一个扇区,从而降低了实现系统的启动成本。 随着系统流量的增加,在头端可以简单地添加更多的资源来提供更多的容量。
    • 8. 发明申请
    • REVERSE LINK POWER-CONTROLLED REPEATER
    • 反向链路功率控制重复器
    • US20110305172A1
    • 2011-12-15
    • US13083107
    • 2011-04-08
    • Richard F. Dean
    • Richard F. Dean
    • H04B3/36H04B7/14
    • H04W52/08H04B7/15535H04B7/2606H04W52/14H04W52/146H04W52/46
    • The invention provides a mechanism for automatically setting reverse link gain or power for a repeater (120) used in a communication system (100) through the use of the reverse link power control of a built-in wireless communications device. By embedding a wireless communication device (430, 630, 700) inside the repeater and injecting reverse link signals of the embedded device into the reverse link of the repeater (124A, 124B), the gain of the repeater is maintained relatively constant. The embedded WCD can also be activated on a periodic basis to make calls and utilize reverse link power-control to calibrate or re-calibrate the gain of the repeater, making it a power-controlled repeater.
    • 本发明提供了一种用于通过使用内置无线通信设备的反向链路功率控制来自动设置在通信系统(100)中使用的中继器(120)的反向链路增益或功率的机制。 通过在中继器内部嵌入无线通信设备(430,630,700)并将嵌入式设备的反向链路信号注入到中继器(124A,124B)的反向链路中,中继器的增益保持相对恒定。 嵌入式WCD也可以定期激活,进行呼叫,并利用反向链路功率控制校准或重新校准中继器的增益,使其成为功率控制中继器。
    • 10. 发明授权
    • Reverse link power-controlled repeater
    • 反向链路功率控制中继器
    • US08665774B2
    • 2014-03-04
    • US13083107
    • 2011-04-08
    • Richard F. Dean
    • Richard F. Dean
    • H04B7/14
    • H04W52/08H04B7/15535H04B7/2606H04W52/14H04W52/146H04W52/46
    • The invention provides a mechanism for automatically setting reverse link gain or power for a repeater (120) used in a communication system (100) through the use of the reverse link power control of a built-in wireless communications device. By embedding a wireless communication device (430, 630, 700) inside the repeater and injecting reverse link signals of the embedded device into the reverse link of the repeater (124A, 124B), the gain of the repeater is maintained relatively constant. The embedded WCD can also be activated on a periodic basis to make calls and utilize reverse link power-control to calibrate or re-calibrate the gain of the repeater, making it a power-controlled repeater.
    • 本发明提供了一种用于通过使用内置无线通信设备的反向链路功率控制来自动设置在通信系统(100)中使用的中继器(120)的反向链路增益或功率的机制。 通过在中继器内部嵌入无线通信设备(430,630,700)并将嵌入式设备的反向链路信号注入到中继器(124A,124B)的反向链路中,中继器的增益保持相对恒定。 嵌入式WCD也可以定期激活,进行呼叫,并利用反向链路功率控制校准或重新校准中继器的增益,使其成为功率控制中继器。