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    • 3. 发明授权
    • System and method for enhancing network stability by selectively controlling adjacency formation
    • 通过选择性地控制邻接形成来提高网络稳定性的系统和方法
    • US08036213B1
    • 2011-10-11
    • US11395846
    • 2006-03-30
    • Thuan Van TranDonnie Van SavageDonald Earl Slice, Jr.Steven Edward MooreYi YangJames L. Ng
    • Thuan Van TranDonnie Van SavageDonald Earl Slice, Jr.Steven Edward MooreYi YangJames L. Ng
    • H04L12/66
    • H04W40/12H04L45/00H04L45/123
    • A system and method for facilitating connecting a switch to a network to improve network performance. In an illustrative embodiment, the system includes a first module for determining when the switch is initially connected to a network and providing a signal in response thereto. A second module selectively forms adjacencies with peers of the switch in response to the signal and based on one or more predetermined parameters. In a more specific embodiment, the switch is a router or Layer-3 (L3) switch. The one or more predetermined parameters include a load factor, values pertaining to capabilities of a processor included in the router, bandwidth capabilities of the interface and/or the router, internal router queue counts, and so on. The router employs a routing protocol such as Enhanced Interior Gateway Routing Protocol (EIGRP). The second module throttles and adjacency-formation rate based on the predetermined parameters.
    • 一种便于将交换机连接到网络以提高网络性能的系统和方法。 在说明性实施例中,系统包括第一模块,用于确定交换机何时最初连接到网络并提供响应于此的信号。 响应于该信号并且基于一个或多个预定参数,第二模块选择性地与交换机的对等体形成邻接。 在更具体的实施例中,交换机是路由器或第3层(L3)交换机。 一个或多个预定参数包括负载因子,与路由器中包括的处理器的能力有关的值,接口和/或路由器的带宽能力,内部路由器队列计数等等。 路由器采用路由协议,如增强型内部网关路由协议(EIGRP)。 基于预定参数的第二模块节流和邻接形成速率。
    • 6. 发明授权
    • Techniques to support asymmetrical static/dynamic adjacency in routers
    • 支持路由器不对称静态/动态邻接的技术
    • US07583672B2
    • 2009-09-01
    • US11398825
    • 2006-04-05
    • Yi YangThuan Van TranDonnie Van SavageDonald SliceJames NgAlvaro Retana
    • Yi YangThuan Van TranDonnie Van SavageDonald SliceJames NgAlvaro Retana
    • H04L12/28
    • H04L45/16H04L45/00H04L45/02
    • A static neighbor configured network device is configured with a static neighbor feature including a static neighbor list of network devices. The static neighbor configured network device is in a network segment that includes a dynamically configured network device. The static neighbor configured network device receives a multicast packet from the dynamically configured network device. It is determined if the dynamically configured network device is included in the static neighbor list of the static neighbor configured network device. The multicast packet is accepted if the dynamically configured network device is found in the neighbor list for the static neighbor configured network device. Also, adjacency for the static neighbor configured network device is not lost with any other currently adjacent network devices when the multicast packet is received.
    • 静态邻居配置的网络设备配置了静态邻居特性,包括网络设备的静态邻居列表。 静态邻居配置的网络设备位于包含动态配置的网络设备的网段中。 静态邻居配置的网络设备从动态配置的网络设备接收组播报文。 确定动态配置的网络设备是否包含在静态邻居配置的网络设备的静态邻居列表中。 如果在静态邻居配置的网络设备的邻居列表中找到动态配置的网络设备,则接收组播数据包。 此外,当接收到多播分组时,静态邻居配置的网络设备的邻接不会与任何其他当前相邻的网络设备丢失。
    • 7. 发明授权
    • Techniques for distributing information using multicast subsets
    • 使用多播子集分发信息的技术
    • US07623474B2
    • 2009-11-24
    • US11353544
    • 2006-02-14
    • Thuan Van TranYi YangLiem NguyenRussell WhiteDonnie Van Savage
    • Thuan Van TranYi YangLiem NguyenRussell WhiteDonnie Van Savage
    • H04L12/26
    • H04L45/16H04L12/1836H04L12/1868H04L12/1886H04L45/02H04L45/245
    • Techniques for sending data in a packet-switched communications network include determining multiple subsets of adjacent network nodes of the network. The adjacent network nodes communicate without intervening network nodes with a particular network node through an interface on the particular network node. Each subset includes multiple adjacent network nodes. Subset definition data is sent through the interface. The subset definition data indicates which adjacent network nodes belong to which subset. Data for fewer than all adjacent network nodes in all subsets are sent by including, in a multicast data packet sent over the interface with a multicast destination address, subset identifier data that indicates a particular subset. When such data is received by a node, it is discarded unless the subset identifier matches the receiving node's subset identifier. Among other effects, this allows routing messages to be more efficiently sent to better performing neighboring network nodes.
    • 在分组交换通信网络中发送数据的技术包括确定网络的相邻网络节点的多个子集。 相邻的网络节点通过特定网络节点上的接口与特定的网络节点通信而无需中间网络节点。 每个子集包括多个相邻的网络节点。 子集定义数据通过接口发送。 子集定义数据指示哪些相邻网络节点属于哪个子集。 通过在通过接口发送的多播数据分组中包括指示特定子集的子集标识符数据,包括在所有子集中比所有相邻网络节点少的数据。 当节点接收到这样的数据时,除非子集标识符与接收节点的子集标识符相匹配,否则丢弃该数据。 除此之外,这使得路由消息更有效地发送到更好地执行的相邻网络节点。
    • 8. 发明授权
    • Techniques for distributing routing information using multicasts
    • 使用多播分发路由信息的技术
    • US07512106B2
    • 2009-03-31
    • US11497147
    • 2006-08-01
    • Thuan Van TranDonnie Van SavageDonald Slice
    • Thuan Van TranDonnie Van SavageDonald Slice
    • H04Q7/20
    • H04L45/16H04L1/1607H04L12/18H04L45/02H04L45/026H04L45/54H04L2001/0093
    • Techniques for sending routing data include sending first routing data in a first multicast packet to a number N of adjacent nodes. It is determined whether different routing data is ready to be sent in a different multicast packet. If so, then a number M of adjacent nodes from which acknowledgment messages have been received, and whether M exceeds a threshold, is determined. If so, then a Conditional-Receive (CR) method is invoked in which a multicast message is sent which identifies each of a number L=N−M of laggard adjacent nodes. The laggard adjacent nodes are thus notified to ignore the different multicast packet. If it is determined that M does not exceed the threshold, then additional acknowledgement messages are received while waiting until M does exceed the threshold before the CR method is invoked. The threshold is greater than or equal to 1.
    • 用于发送路由数据的技术包括将第一组播数据包中的第一路由数据发送到相邻节点数量N。 确定不同的路由数据是否准备好在不同的组播数据包中发送。 如果是,则确定已经从其接收到确认消息的M个相邻节点以及M是否超过阈值。 如果是,则调用条件接收(CR)方法,其中发送组播消息,其标识L = N-M个落后相邻节点中的每一个。 因此,落后的相邻节点被通知以忽略不同的组播分组。 如果确定M不超过阈值,则在等待直到M确定超过CR方法被调用之前的阈值之后才接收附加确认消息。 阈值大于或等于1。