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    • 4. 发明授权
    • Multi-stage value retrieval and multi-rate value retrieval
    • 多阶段价值检索和多重价值检索
    • US08788651B1
    • 2014-07-22
    • US11864673
    • 2007-09-28
    • K. Gintaras AtkinsonScott Daniel WilseyDarren William OyeBo WenLouis Reis
    • K. Gintaras AtkinsonScott Daniel WilseyDarren William OyeBo WenLouis Reis
    • G06F15/173
    • H04L41/044H04L41/083H04L41/0853
    • An element manager and programming discover that a network managed by the element manager comprises a network element. The network element stores a set of values describing a configuration of the network element. In response to the discovering, the element manager and programming automatically retrieve three or more subsets of the set of values from the network element in three or more respective, different stages. A network includes a first network element configured to provide first values describing a configuration of the first network element, a second network element configured to provide second values describing a configuration of the second network element, and an element manager configured to discover the network elements, to automatically retrieve the first values in a first number of stages, and to automatically retrieve the second values in a different second number of stages.
    • 元素管理器和编程发现由元件管理器管理的网络包括网络元件。 网络元素存储描述网络元件的配置的一组值。 响应于发现,元素管理器和编程在三个或更多个相应的不同阶段中自动地从网络元素中检索该组值的三个或更多个子集。 网络包括被配置为提供描述第一网络元件的配置的第一值的第一网络元件,被配置为提供描述第二网络元件的配置的第二值的第二网络元件,以及被配置为发现网络元件的元件管理器, 自动地以第一级数检索第一值,并且以不同的第二级数自动检索第二值。
    • 5. 发明授权
    • Managing a network element using a template configuration
    • 使用模板配置管理网元
    • US07720940B1
    • 2010-05-18
    • US11864692
    • 2007-09-28
    • Scott Daniel WilseyDarren William Oye
    • Scott Daniel WilseyDarren William Oye
    • G06F15/177
    • H04L41/0843H04L41/0213H04L41/0816H04L41/12Y02D30/30
    • An element manager acquires information identifying a network element. Based on the acquired information, the element manager associates a template configuration with the network element. The template configuration includes configuration parameter values. Subsequent to the associating, the element manager provides configuration information describing a configuration of the network element without retrieving the configuration information from the network element. The configuration information is based on the template configuration. An element manager and programming first determine that a configuration of a network element should match a template configuration. The configuration includes configuration parameter values utilized by the network element. The element manager and programming acquire at least one of the configuration parameter values and determine that the at least one acquired configuration parameter value does not match a corresponding configuration parameter value of the template configuration. Based on this determination, the element manager and programming take an action.
    • 元素管理器获取识别网络元素的信息。 基于所获取的信息,元素管理器将模板配置与网元相关联。 模板配置包括配置参数值。 在关联之后,元素管理器提供描述网元的配置的配置信息,而不从网元检索配置信息。 配置信息基于模板配置。 元素管理器和编程首先确定网元的配置应与模板配置相匹配。 该配置包括网元使用的配置参数值。 元件管理器和编程获取至少一个配置参数值,并确定所述至少一个获取的配置参数值与模板配置的相应配置参数值不匹配。 基于这一决定,元素管理器和编程采取行动。
    • 6. 发明授权
    • Determining the state of a tunnel with respect to a control protocol
    • 确定隧道相对于控制协议的状态
    • US07835297B2
    • 2010-11-16
    • US11771746
    • 2007-06-29
    • Kevin Q DainesScott Daniel Wilsey
    • Kevin Q DainesScott Daniel Wilsey
    • H04L1/00H04L12/50H04L12/28H04J3/16
    • H04L41/082H04L41/06H04L43/0811Y02D30/30
    • Element managers and processes retrieve information from a first packet switch. The information is derived from layer-two (data link layer) control packets relayed from a second packet switch to the first packet switch via a tunnel. The layer-two control packets conform to a layer-two control protocol. Based at least in part on the retrieved information, the element managers and processes determine that the tunnel is configured to relay layer-two control packets conforming to the layer-two control protocol despite a desired tunnel configuration specifying that the tunnel should not be configured to relay layer-two control packets conforming to the layer-two control protocol. Element managers and processes may alternatively or additionally detect other discrepancies between the desired tunnel configuration and the tunnel.
    • 元素管理器和进程从第一个分组交换机检索信息。 该信息是从第二层(数据链路层)控制数据包转发到第一个数据包交换机通过一个隧道导出的。 第二层控制报文符合二层控制协议。 至少部分地基于检索到的信息,元素管理器和过程确定隧道被配置为中继符合第二层控制协议的二层控制分组,尽管所需的隧道配置指定隧道不应被配置为 中继层二级控制报文符合二层控制协议。 元件管理器和过程可以替代地或附加地检测期望的隧道配置和隧道之间的其他差异。
    • 7. 发明申请
    • Determining the State of a Tunnel with Respect to a Control Protocol
    • 确定与控制协议相关的隧道状况
    • US20090003337A1
    • 2009-01-01
    • US11771746
    • 2007-06-29
    • Kevin Q. DainesScott Daniel Wilsey
    • Kevin Q. DainesScott Daniel Wilsey
    • H04L12/56
    • H04L41/082H04L41/06H04L43/0811Y02D30/30
    • Element managers and processes retrieve information from a first packet switch. The information is derived from layer-two (data link layer) control packets relayed from a second packet switch to the first packet switch via a tunnel. The layer-two control packets conform to a layer-two control protocol. Based at least in part on the retrieved information, the element managers and processes determine that the tunnel is configured to relay layer-two control packets conforming to the layer-two control protocol despite a desired tunnel configuration specifying that the tunnel should not be configured to relay layer-two control packets conforming to the layer-two control protocol. Element managers and processes may alternatively or additionally detect other discrepancies between the desired tunnel configuration and the tunnel.
    • 元素管理器和进程从第一个分组交换机检索信息。 该信息是从第二层(数据链路层)控制数据包转发到第一个数据包交换机通过一个隧道导出的。 第二层控制报文符合二层控制协议。 至少部分地基于检索到的信息,元素管理器和过程确定隧道被配置为中继符合第二层控制协议的二层控制分组,尽管所需的隧道配置指定隧道不应被配置为 中继层二级控制报文符合二层控制协议。 元件管理器和过程可以替代地或附加地检测期望的隧道配置和隧道之间的其他差异。
    • 9. 发明申请
    • Determining a Logical Neighbor of a Network Element
    • 确定网络元素的逻辑邻居
    • US20090003336A1
    • 2009-01-01
    • US11771620
    • 2007-06-29
    • Kevin Q. DainesScott Daniel Wilsey
    • Kevin Q. DainesScott Daniel Wilsey
    • H04L12/56
    • H04L45/00H04L41/12H04L45/02Y02D30/30
    • Element managers and processes receive, from a selected network element, first neighbor information describing a first neighboring network element directly connected to the selected network element and second neighbor information describing a different second neighboring network element directly connected to the selected network element. Based at least in part on the first neighbor information and the second neighbor information, the element managers and processes determine that the first neighboring network element is a logical neighbor that is connected by a tunnel to the selected network element and is coupled to the selected network element via one or more intermediate packet switches.
    • 元素管理器和进程从所选择的网络元件接收描述直接连接到所选择的网络元件的第一相邻网络元件的第一邻居信息,以及描述直接连接到所选择的网络元件的不同的第二相邻网络元件的第二邻居信息。 至少部分地基于第一邻居信息和第二邻居信息,元素管理器和过程确定第一相邻网络元件是通过隧道连接到所选择的网络元件并被耦合到所选网络的逻辑邻居 元件经由一个或多个中间分组交换机。
    • 10. 发明授权
    • Determining a logical neighbor of a network element
    • 确定网元的逻辑邻居
    • US07778201B2
    • 2010-08-17
    • US11771620
    • 2007-06-29
    • Kevin Q DainesScott Daniel Wilsey
    • Kevin Q DainesScott Daniel Wilsey
    • H04L12/28
    • H04L45/00H04L41/12H04L45/02Y02D30/30
    • Element managers and processes receive, from a selected network element, first neighbor information describing a first neighboring network element directly connected to the selected network element and second neighbor information describing a different second neighboring network element directly connected to the selected network element. Based at least in part on the first neighbor information and the second neighbor information, the element managers and processes determine that the first neighboring network element is a logical neighbor that is connected by a tunnel to the selected network element and is coupled to the selected network element via one or more intermediate packet switches.
    • 元素管理器和进程从所选择的网络元件接收描述直接连接到所选择的网络元件的第一相邻网络元件的第一邻居信息,以及描述直接连接到所选择的网络元件的不同的第二相邻网络元件的第二邻居信息。 至少部分地基于第一邻居信息和第二邻居信息,元素管理器和过程确定第一相邻网络元件是通过隧道连接到所选择的网络元件并被耦合到所选网络的逻辑邻居 元件经由一个或多个中间分组交换机。