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    • 1. 发明授权
    • Configurable chassis guidance system and method
    • 可配置的底盘引导系统和方法
    • US07679924B2
    • 2010-03-16
    • US11437965
    • 2006-05-19
    • Simon John DavisMark R. MegarityJoey M. W. ChowDion Pike
    • Simon John DavisMark R. MegarityJoey M. W. ChowDion Pike
    • H05K7/14
    • H05K7/1435H05K7/186
    • A configurable chassis guidance system and method are described. The system may be practiced as a chassis and/or a module or an element thereof (e.g., a mating guide). The system and method allow reconfiguration of multiple modules of various module widths without the need for removal or reinstallation of module guides mounted on the chassis. As an example, a single-width module may be removed and replaced by a double-width module or quadruple-width module without removing module guides used to engage the single-width module. As another example, a double-width module or quadruple-width module may be removed and replaced by a single-width module without removing module guides used to engage the double-width module or quadruple-width module. The system and method may be practiced so as not to impair compatibility of modules with card edge module guides that engage an edge of a circuit board of a module.
    • 描述了可配置的底盘引导系统和方法。 该系统可以实现为底盘和/或模块或其元件(例如,配合引导件)。 该系统和方法允许重新配置各种模块宽度的多个模块,而无需拆卸或重新安装安装在机箱上的模块导板。 作为示例,单宽模块可以被移除并由双宽度模块或四倍宽度模块代替,而不去除用于接合单宽度模块的模块引导件。 作为另一示例,双宽度模块或四倍宽度模块可以被移除并由单宽度模块代替,而不去除用于接合双宽度模块或四倍宽度模块的模块引导件。 该系统和方法可以被实践为不损害与接合模块的电路板的边缘的卡边缘模块引导件的模块的兼容性。
    • 2. 发明授权
    • Method and system for incorporating non-redundant components in a redundant system in a communications network
    • 在通信网络中的冗余系统中并入非冗余组件的方法和系统
    • US07559006B2
    • 2009-07-07
    • US11373160
    • 2006-03-13
    • Joey M. W. ChowMark R. MegarityRichard Grieve
    • Joey M. W. ChowMark R. MegarityRichard Grieve
    • G06F11/00H03M13/00G01R31/08
    • H04L49/552
    • A method for incorporating a non-redundant component in a redundant system in a communications network, the redundant system having first and second redundant components providing first and second data streams and activity signals, respectively, the activity signals indicating which of the first and second data streams is an active data stream, the first and second data streams being unsynchronized, the method comprising: determining whether an activity switch has occurred from the activity signals; responsive to the determining, selecting an input data stream from among the first and second data streams; filtering the selected input data stream to produce an output data stream by nullifying any incorrect control information inserted into a packet in the input data stream due to the selecting; and, providing the output data stream to the non-redundant component.
    • 一种用于在通信网络中的冗余系统中并入非冗余组件的方法,所述冗余系统具有分别提供第一和第二数据流和活动信号的第一和第二冗余组件,所述活动信号指示所述第一和第二数据中的哪一个 流是活动数据流,第一和第二数据流是不同步的,该方法包括:从活动信号确定是否发生了活动切换; 响应于所述确定,从所述第一和第二数据流中选择输入数据流; 过滤所选择的输入数据流以产生输出数据流,通过由于选择而使插入到输入数据流中的分组中的任何不正确的控制信息无效; 并且向非冗余组件提供输出数据流。
    • 4. 发明授权
    • Distributed communication traffic control systems and methods
    • 分布式通信流量控制系统和方法
    • US07688721B2
    • 2010-03-30
    • US11373919
    • 2006-03-13
    • Dion PikeMark R. MegarityJoey M. W. Chow
    • Dion PikeMark R. MegarityJoey M. W. Chow
    • H04L12/26
    • H04L43/0876H04L41/0896H04L43/16H04L45/70H04L47/10H04L47/263H04L47/30
    • Distributed communication traffic control systems and methods are disclosed. An amount of communication traffic received from a traffic management device and stored in a communication traffic queue at a communication device is monitored. Based on the amount of communication traffic stored in the communication traffic queue, a determination is made, at the communication device, as to whether a traffic management action is to be performed. If a traffic management action is to be performed, the traffic management device is controlled to perform the determined traffic management action. The traffic management device may receive an indication of the determined traffic management action from a distributed traffic controller in the communication device, for example, and perform the traffic management action responsive to the indication.
    • 公开了分布式通信业务控制系统和方法。 监视从通信管理设备接收并存储在通信设备的通信业务队列中的通信量的量。 基于存储在通信业务队列中的通信量的量,在通信设备处确定是否要执行业务管理动作。 如果要执行流量管理操作,则控制流量管理设备以执行所确定的流量管理动作。 流量管理装置例如可以从通信装置中的分布式业务控制器接收确定的业务管理动作的指示,并响应于该指示来执行业务管理动作。
    • 5. 发明授权
    • Communication traffic policing apparatus and methods
    • 通信流量监管装置及方法
    • US07609634B2
    • 2009-10-27
    • US11086535
    • 2005-03-22
    • Joey M. W. Chow
    • Joey M. W. Chow
    • H04L12/26
    • H04L47/10H04L47/20H04L47/21H04L47/215
    • Communication traffic policing apparatus and methods are disclosed. Communication traffic restrictions for each communication link in a group of communication links are enforced by allowing transfer of communication traffic associated with respective communication links of the group at transfer rates up to respective per-link transfer rates. In a group enforcement stage, transfer of additional communication traffic associated with a communication link of the group, above the per-link transfer rate for the communication link, is allowed where a combined transfer rate of communication traffic associated with another communication link of the group and the additional communication traffic would not exceed the per-link transfer rate for the other communication link. Thus, one or more individual communication links of a group may be allowed to effectively exceed their per-link transfer rates if one or more other communication links of the group have sufficient spare capacity.
    • 公开了通信流量监管装置和方法。 通过允许以传输速率传输与组的各个通信链路相关联的通信流量,直到相应的每个链路传输速率来实现一组通信链路中的每个通信链路的通信业务限制。 在组执行阶段,允许与通信链路的每链路传输速率相关联的与组的通信链路相关联的附加通信流量的传输,其中与组的另一个通信链路相关联的通信流量的组合传输速率 并且附加通信流量将不会超过其他通信链路的每链路传输速率。 因此,如果组中的一个或多个其他通信链路具有足够的剩余容量,则可以允许组中的一个或多个单独的通信链路有效地超过其每链路传输速率。