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    • 32. 发明授权
    • Method and apparatus for utilizing historical network information for mitigating excessive network updates when selecting a communications channel
    • 用于在选择通信信道时利用历史网络信息来减轻过多的网络更新的方法和装置
    • US07333811B2
    • 2008-02-19
    • US10928006
    • 2004-08-27
    • Xin Liu
    • Xin Liu
    • H04Q7/20
    • H04W48/20H04W28/26H04W60/00
    • A method and apparatus utilizing historical network information for mitigating excessive network updates when performing channel selection between a serving base transceiver station and an adjacent base transceiver station when determined channel selection would result in either a Location Area Update (LAU) or a Routing Area Update (RAU) is presented. If a network update, either LAU or RAU, is the first occurrence, network identification information for the LA or RA is stored and an incremental value indicating occurrence is set; else in the case occurrence is not the first, the incremental value is incremented. A first margin value is then selected if the incremented value does not meet or exceed a predetermined value, or a second margin value is selected if the incremented value does meet or exceed a predetermined value. The signal level of the adjacent base transceiver station is then compared to the reference signal level of the serving base transceiver station plus the selected margin value in order to determine channel selection.
    • 一种方法和装置,当确定的信道选择将导致位置区域更新(LAU)或路由区域更新(LAU)或路由区域更新(LAU)时,利用历史网络信息来减轻在服务基站收发台与相邻基站收发信机之间进行信道选择时的过度网络更新 RAU)。 如果网络更新(LAU或RAU)是第一次出现,则存储LA或RA的网络识别信息,并且设置指示发生的增量值; 否则在发生不是第一个的情况下,增量值增加。 如果递增值不满足或超过预定值,则选择第一余量值,或者如果增量值达到或超过预定值,则选择第二余量值。 然后将相邻基站收发器的信号电平与服务基站收发器的参考信号电平加上所选择的余量值进行比较,以便确定信道选择。
    • 33. 发明授权
    • Adaptive acknowledgment delay
    • 自适应确认延迟
    • US07290195B2
    • 2007-10-30
    • US10794330
    • 2004-03-05
    • Zihua GuoRichard YaoWenwu ZhuXin Liu
    • Zihua GuoRichard YaoWenwu ZhuXin Liu
    • H04L1/18
    • H04L1/1607G06F2213/0038H04L1/1825H04L1/1854
    • Adaptive acknowledgement delay entails adaptively adjusting an acknowledgement delay period responsive to channel quality. A destination device is enabled to set the acknowledgment delay period between two successive acknowledgments that acknowledge blocks received from a source device over a wireless channel. In a described implementation, the acknowledgment delay period is decreased if the wireless channel quality is poor. Otherwise, the acknowledgment delay period is increased as bounded by a maximum acknowledgment delay period setting and a remaining number of unreceived blocks of a current suprablock. The quality of the wireless channel may be reflected by, for example, blocks that are received erroneously. The duration of the acknowledgment delay may be set in terms of number of blocks received at the destination device.
    • 自适应确认延迟需要响应于信道质量自适应地调整确认延迟时段。 目的地设备能够在确认通过无线信道从源设备接收的块的两个连续确认之间设置确认延迟时段。 在所描述的实现中,如果无线信道质量差,则确认延迟周期减少。 否则,确认延迟周期由最大确认延迟周期设置和当前超块的未接收块的剩余数量限制而增加。 无线信道的质量可以由例如错误接收的块来反映。 可以根据在目的地设备处接收到的块的数量来设置确认延迟的持续时间。
    • 36. 发明授权
    • One-piece fiber optic receptacle having chamfer and alignment ribs
    • 一体式光纤插座,具有倒角和对准肋
    • US07044650B1
    • 2006-05-16
    • US10971884
    • 2004-10-22
    • Hieu V. TranXin LiuJames P. LutherThomas TheuerkornCharles A. Yow, Jr.
    • Hieu V. TranXin LiuJames P. LutherThomas TheuerkornCharles A. Yow, Jr.
    • G02B6/36
    • G02B6/3874
    • A one-piece fiber optic receptacle is provided for aligning and optically connecting a plug ferrule with a back-side ferrule of like configuration. The fiber optic receptacle includes a receptacle housing defining an internal cavity opening through an external end and an opposed internal end, an alignment sleeve disposed within the internal cavity and received within the internal end of the receptacle housing, and a sleeve retainer secured to the internal end of the receptacle housing and operable for providing access to the alignment sleeve from the internal end of the receptacle housing. The alignment sleeve includes a chamfer for guiding the back-side ferrule into the alignment sleeve. The sleeve retainer has an opening and a plurality of alignment ribs disposed about the opening for permitting angular rotation of the alignment sleeve relative to the sleeve retainer during insertion of the plug ferrule and the back-side ferrule into the alignment sleeve.
    • 提供一体式光纤插座,用于对准和光学连接插头套圈与类似结构的背面套圈。 光纤插座包括容纳壳体,其限定通过外部端部和相对的内部端部的内部空腔开口,配置套筒,其设置在内部空腔内并容纳在插座壳体的内部端部内,并且套筒保持器固定到内部 插座壳体的端部并且可操作以从插座壳体的内端提供对准套筒的接近。 对准套筒包括用于将后侧套圈引导到对准套筒中的倒角。 套筒保持器具有一个开口和多个排列的肋条,围绕该开口设置,用于允许对准套筒相对于套筒保持器的角度旋转,以将插头套圈和后侧套圈插入对准套筒中。
    • 37. 发明申请
    • One-piece fiber optic receptacle
    • 一体式光纤插座
    • US20060088248A1
    • 2006-04-27
    • US10971891
    • 2004-10-22
    • Hieu TranJames LutherXin LiuThomas TheuerkornCharles Yow
    • Hieu TranJames LutherXin LiuThomas TheuerkornCharles Yow
    • G02B6/38
    • G02B6/3825G02B6/3821G02B6/3875G02B6/389
    • A one-piece fiber optic receptacle is provided for aligning and optically connecting a plug ferrule with a back-side ferrule of like configuration. The fiber optic receptacle includes a receptacle housing defining an internal cavity opening through an external end and an opposed internal end, an alignment sleeve disposed within the internal cavity and received within the internal end of the receptacle housing, and a sleeve retainer removably secured to the internal end of the receptacle housing and operable for providing access to the alignment sleeve from the internal end of the receptacle housing. The fiber optic receptacle further includes biasing member supports that facilitate loading and ensure alignment of at least one biasing member during assembly and use. Tapered posts may be provided on at least one of the alignment sleeve and the sleeve retainer for retaining and guiding the at least one biasing member during assembly and use.
    • 提供一体式光纤插座,用于对准和光学连接插头套圈与类似结构的背面套圈。 光纤插座包括容纳壳体,其限定通过外部端部和相对的内部端部的内部空腔开口,布置在内部空腔内并且容纳在插座壳体的内部端部内的对准套筒,以及可拆卸地固定到 插座壳体的内部端部并且可操作以从插座壳体的内端提供对准套筒的接近。 光纤插座还包括偏压构件支撑件,其有助于装配和确保在组装和使用期间至少一个偏置构件的对准。 锥形柱可以设置在对准套筒和套筒保持器中的至少一个上,用于在组装和使用期间保持和引导至少一个偏置构件。
    • 38. 发明申请
    • Adaptive acknowledgment delay
    • 自适应确认延迟
    • US20050204247A1
    • 2005-09-15
    • US10794330
    • 2004-03-05
    • Zihua GuoRichard YaoWenwu ZhuXin Liu
    • Zihua GuoRichard YaoWenwu ZhuXin Liu
    • G06F11/00G06F11/30G06F13/00G06F13/14G06F13/28G08C25/00H03M13/00H04L1/00
    • H04L1/1607G06F2213/0038H04L1/1825H04L1/1854
    • Adaptive acknowledgement delay entails adaptively adjusting an acknowledgement delay period responsive to channel quality. A destination device is enabled to set the acknowledgment delay period between two successive acknowledgments that acknowledge blocks received from a source device over a wireless channel. In a described implementation, the acknowledgment delay period is decreased if the wireless channel quality is poor. Otherwise, the acknowledgment delay period is increased as bounded by a maximum acknowledgment delay period setting and a remaining number of unreceived blocks of a current suprablock. The quality of the wireless channel may be reflected by, for example, blocks that are received erroneously. The duration of the acknowledgment delay may be set in terms of number of blocks received at the destination device.
    • 自适应确认延迟需要响应于信道质量自适应地调整确认延迟时段。 目的地设备能够在确认通过无线信道从源设备接收的块的两个连续确认之间设置确认延迟时段。 在所描述的实现中,如果无线信道质量差,则确认延迟周期减少。 否则,确认延迟周期由最大确认延迟周期设置和当前超块的未接收块的剩余数量限制而增加。 无线信道的质量可以由例如错误接收的块来反映。 可以根据在目的地设备处接收到的块的数量来设置确认延迟的持续时间。