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    • 1. 发明申请
    • Tuning a narrow band filter for telecommunication applications with an acoustic optical tunable filter
    • 用声光可调谐滤波器调谐电信应用的窄带滤波器
    • US20060061852A1
    • 2006-03-23
    • US11208109
    • 2005-08-20
    • Raymond ChuYue Chen
    • Raymond ChuYue Chen
    • G02F1/33
    • G02F1/33G02F2203/055
    • An optical tunable filter that includes an tunable acousto-opto deflector (AOD) for deflecting a broad band beam to an expander for projecting the broad band beam to a set of grating for generated a tuned output beam corresponding to a deflection from the AOD and a wavelength resolution of the set of gratings. The AOD further includes an RF driver for tuning the AOD with an RF driving signal. The AOD further comprises a directional tuning acousto-optic crystal. The optical beam expander further includes a first and a second beam expanding prisms that composed of a material suitable for a dense wavelength division multiplexing (DWDM) application over a wavelength range covering S, C and L bands.
    • 一种光学可调滤波器,其包括可调谐声光偏转器(AOD),用于将宽带光束偏转到扩展器,用于将宽带光束投射到一组光栅,用于产生对应于来自AOD的偏转的调谐输出光束,以及 该组光栅的波长分辨率。 AOD还包括一个RF驱动器,用于通过RF驱动信号调谐AOD。 AOD还包括定向调谐声光晶体。 光束扩展器还包括第一和第二光束扩展棱镜,其由适于在覆盖S,C和L波段的波长范围上的密集波分复用(DWDM)应用的材料组成。
    • 5. 发明授权
    • Profile deployment using a generic format
    • 配置文件部署使用通用格式
    • US08060620B2
    • 2011-11-15
    • US11599126
    • 2006-11-14
    • Yi LuOlivier ContantWei ZhaoAbhishek AbhishekYue ChenTaroon MandhanaHong Liu
    • Yi LuOlivier ContantWei ZhaoAbhishek AbhishekYue ChenTaroon MandhanaHong Liu
    • G06F15/16
    • H04L67/14
    • A network enabled computer receives connection profile information in a generic form and creates one or more native mode profiles to establish connections. By accepting profile information in a generic form, profile information can be readily provided from one or more ways, including from a policy server, through a user interface or from a third party application. The profile information can be provided with an order of precedence so that profile information from different sources may be combined appropriately. Additionally, the profile information may be provided in an extensible format to allow profile information to be distributed to multiple computers, even if some have different hardware or software configurations and are not programmed to recognize extensions of the profile information.
    • 启用网络的计算机以通用形式接收连接配置文件信息,并创建一个或多个本机模式配置文件以建立连接。 通过以通用形式接受简档信息,可以从一种或多种方式容易地提供简档信息,包括从策略服务器,用户界面或第三方应用程序。 配置文件信息可以提供优先顺序,从而可以适当地组合来自不同来源的配置文件信息。 此外,可以以可扩展的格式提供简档信息,以允许简档信息被分发到多个计算机,即使一些具有不同的硬件或软件配置并且不被编程以识别简档信息的扩展。
    • 7. 发明授权
    • Equalize training method using re-encoded bits and known training sequences
    • 使用重新编码的比特和已知的训练序列来均衡训练方法
    • US07903728B2
    • 2011-03-08
    • US12431605
    • 2009-04-28
    • Yue ChenArkady Molev-ShteimanArie HeimanNelson R. SollenbergerHuaiyu (Hanks) ZengBaoguo Yang
    • Yue ChenArkady Molev-ShteimanArie HeimanNelson R. SollenbergerHuaiyu (Hanks) ZengBaoguo Yang
    • H03H7/30H04B1/10
    • H04L25/03171H04L25/03133
    • Equalizer training method using re-encoded bits and known training sequences. A multi-branch equalizer processing module is operable to cancel interference associated with received radio frequency (RF) burst(s) (e.g., using at least a first equalizer processing branch and a second equalizer processing branch). The first equalizer processing branch is operable to be trained based upon known training sequences and to equalize the received RF burst. The second equalizer processing branch uses at least partially re-encoded data bits to train linear equalizer(s) within the second equalizer processing branch. A buffer may initially store the received RF burst(s), which are retrieved and equalized by the second equalizer processing branch once the linear equalizer(s) are trained. The cooperation operation of these and other various components allows interfering signals to be cancelled and for more accurate processing of the received RF bursts to occur.
    • 均衡器训练方法使用重新编码的位和已知的训练序列。 多分支均衡器处理模块可操作以消除与接收的射频(RF)突发相关联的干扰(例如,使用至少第一均衡器处理分支和第二均衡器处理分支)。 第一均衡器处理分支可操作以基于已知的训练序列进行训练,并均衡所接收的RF突发。 第二均衡器处理分支使用至少部分重新编码的数据位来训练第二均衡器处理分支内的线性均衡器。 缓冲器可以初始地存储所接收的RF突发,一旦训练了线性均衡器,其将被第二均衡器处理分支检索和均衡。 这些和其他各种组件的协作操作允许消除干扰信号并且为了更准确地处理接收的RF突发而发生。