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    • 7. 发明申请
    • Two Division Method for Quality of Service (QoS)
    • 服务质量(QoS)的两分法
    • US20100040065A1
    • 2010-02-18
    • US12192176
    • 2008-08-15
    • Xuejun Lu
    • Xuejun Lu
    • H04L12/56
    • H04L47/10H04L47/2441H04L47/50H04L47/623
    • The present invention discloses a method for classifying the packets into two divisions in the IP network. The first division is for the packets of constant packet rate (CPR) flows, and another division is for non constant packet rate (NCPR) flows. The method comprising: controlling the sending packet rate of CPR flows; classifying and queuing the CPR packets into the first division and all other NCPR packets into the second division; using FQ (or WFQ) algorithm to schedule the packets from the two divisions. In the present invention, CPR flows and NCPR flows share the transmission media by using two different entities. In each computing node, packets of CPR flows have guaranty delivery without packet drop. Previous QoS methods, such as priority method, can be used inside the two divisions for QoS purpose.
    • 本发明公开了一种将分组分类为IP网络中的两个部分的方法。 第一个划分是针对恒定分组速率(CPR)流的分组,另一个分区用于非恒定分组速率(NCPR)流。 该方法包括:控制CPR流的发送分组速率; 将CPR分组分类并排队到第一分区和所有其他NCPR分组进入第二分区; 使用FQ(或WFQ)算法调度来自两个部门的数据包。 在本发明中,CPR流和NCPR流通过使用两个不同实体共享传输介质。 在每个计算节点中,CPR流的分组具有保证传递而不丢包。 以前的QoS方法,如优先级方法,可以在两个部门内用于QoS目的。
    • 9. 发明授权
    • Staged amplifier for lower noise figure and higher saturation power
    • 分级放大器,具有较低的噪声系数和更高的饱和功率
    • US07440171B2
    • 2008-10-21
    • US10384227
    • 2003-03-07
    • Jian LiuZheng WangYonglin HuangXuejun Lu
    • Jian LiuZheng WangYonglin HuangXuejun Lu
    • H01S4/00H04B10/12
    • H01S3/06758H01S3/06708H01S3/06716
    • An optical amplifier utilizes two or more doped fiber segments or portions to achieve a lower noise figure and a higher saturation power than would be possible using any one of the doped fiber segments. Each doped fiber portion may be considered to be a doped fiber optical amplifier, and has a different doping level than each of the other doped fiber portions. Each such doped fiber portion has distinct amplitude gain and noise characteristics relative to each of the other doped fiber potions. The two or more doped fiber portions are coupled to each other in series and most often in a predefined order based on their relative amplitude gain, noise and saturation power characteristics.
    • 光放大器利用两个或更多个掺杂光纤段或部分来实现比使用任一掺杂光纤段可能的更低的噪声系数和更高的饱和功率。 每个掺杂光纤部分可以被认为是掺杂光纤放大器,并且具有与每个其它掺杂光纤部分不同的掺杂水平。 每个这样的掺杂光纤部分相对于每个其它掺杂的光纤部分具有不同的振幅增益和噪声特性。 两个或更多个掺杂的光纤部分基于它们的相对幅度增益,噪声和饱和功率特性,以串联方式并且最经常以预定的顺序相互耦合。
    • 10. 发明授权
    • Dual fiber optic amplifier with shared pump source
    • 双光纤放大器,共享泵浦源
    • US07031051B2
    • 2006-04-18
    • US10384228
    • 2003-03-07
    • Jian LiuZheng WangYonglin HuangXuejun Lu
    • Jian LiuZheng WangYonglin HuangXuejun Lu
    • H04B10/12
    • H04B10/2918H01S3/06758H01S3/094003H01S3/094061
    • A dual fiber optic amplifier uses a single pump source for two or more optical power amplifiers. The dual fiber optic amplifier includes a pump source that emits light, a pump splitter, a first optical power amplifier and a second optical power amplifier. The pump splitter splits the light emitted by the pump source into two or more portions. The first optical power amplifier includes an optical fiber input, an optical fiber output, and a doped fiber portion, wherein the first portion of light from the splitter is coupled into the optical fiber input of the first optical power amplifier. The second optical power amplifier includes an optical fiber input, an optical fiber output, and a doped fiber portion, wherein the second portion of light emitted from the splitter is coupled into the optical fiber input of the second optical power amplifier.
    • 双光纤放大器使用单个泵浦源用于两个或更多个光功率放大器。 双光纤放大器包括发射光的泵浦源,泵分离器,第一光功率放大器和第二光功率放大器。 泵分配器将由泵浦源发射的光分成两部分或更多部分。 第一光功率放大器包括光纤输入,光纤输出和掺杂光纤部分,其中来自分离器的第一部分光耦合到第一光功率放大器的光纤输入端。 第二光功率放大器包括光纤输入,光纤输出和掺杂光纤部分,其中从分路器发射的光的第二部分耦合到第二光功率放大器的光纤输入端。