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    • 2. 发明授权
    • Network traffic management
    • 网络流量管理
    • US08988995B2
    • 2015-03-24
    • US11781352
    • 2007-07-23
    • Sonya FullartonMohamad Mezher HamzehDennis DeansPeter BlatherwickDavid Speirs
    • Sonya FullartonMohamad Mezher HamzehDennis DeansPeter BlatherwickDavid Speirs
    • H04L12/26H04L12/24H04L12/54H04L12/911H04L12/927H04L29/06
    • H04L41/0896H04L41/0893H04L41/145H04L43/0882H04L43/16H04L47/70H04L47/74H04L47/805H04L47/821H04L65/80
    • One aspect of the specification is the use of a virtual entity to represent the bandwidth bottleneck point in a network. Areas of the network where bandwidth does not need to be managed can be modeled as zones. This model enables more flexibility as the virtual bottleneck point can represent a collection of components (e.g. routers), or a portion of a real component (e.g. a router could be represented by multiple virtual bottleneck points with different purposes.) This model can also allow a user to decide which points in their network should be managed, independent of the underlying data network infrastructure. These virtual entities can be placed between areas of the network, and configured with specific policies. Bandwidth usage across these virtual entities can be tracked and compared to the configured bandwidth limit available to the application at each bottleneck point. When the bandwidth available at the bottleneck point is fully utilized, additional calls can be blocked or rerouted. Policies can be applied to permit certain calls to proceed despite the fact that bandwidth is fully utilized, or to block certain calls when bandwidth usage is approaching the maximum level. Bandwidth management can be distributed or centralized with information shared throughout a distributed network.
    • 该规范的一个方面是使用虚拟实体来表示网络中的带宽瓶颈点。 不需要管理带宽的网络区域可以建模为区域。 该模型可以实现更多的灵活性,因为虚拟瓶颈点可以表示组件(例如路由器)的集合,或实际组件的一部分(例如,路由器可以由具有不同目的的多个虚拟瓶颈点表示)。该模型还可以允许 一个用户决定其网络中的哪些点应该被管理,独立于底层的数据网络基础设施。 这些虚拟实体可以放置在网络的各个区域之间,并配置特定的策略。 可以跟踪这些虚拟实体的带宽使用情况,并与在每个瓶颈点对应用程序配置的带宽限制进行比较。 当充分利用瓶颈点可用的带宽时,可以阻止或重新路由附加呼叫。 可以应用策略以允许某些呼叫继续进行,尽管带宽被充分利用,或者当带宽使用接近最大级别时阻止某些呼叫。 可以通过分布式网络中共享的信息来分发或集中带宽管理。
    • 3. 发明申请
    • NETWORK TRAFFIC MANAGEMENT
    • 网络交通管理
    • US20090028161A1
    • 2009-01-29
    • US11781352
    • 2007-07-23
    • Sonya FullartonMohamad Mezher HamzehDennis DeansPeter BlatherwickDavid Speirs
    • Sonya FullartonMohamad Mezher HamzehDennis DeansPeter BlatherwickDavid Speirs
    • H04L12/28G06F15/173
    • H04L41/0896H04L41/0893H04L41/145H04L43/0882H04L43/16H04L47/70H04L47/74H04L47/805H04L47/821H04L65/80
    • One aspect of the specification is the use of a virtual entity to represent the bandwidth bottleneck point in a network. Areas of the network where bandwidth does not need to be managed can be modeled as zones. This model enables more flexibility as the virtual bottleneck point can represent a collection of components (e.g. routers), or a portion of a real component (e.g. a router could be represented by multiple virtual bottleneck points with different purposes.) This model can also allow a user to decide which points in their network should be managed, independent of the underlying data network infrastructure. These virtual entities can be placed between areas of the network, and configured with specific policies. Bandwidth usage across these virtual entities can be tracked and compared to the configured bandwidth limit available to the application at each bottleneck point. When the bandwidth available at the bottleneck point is fully utilized, additional calls can be blocked or rerouted. Policies can be applied to permit certain calls to proceed despite the fact that bandwidth is fully utilized, or to block certain calls when bandwidth usage is approaching the maximum level. Bandwidth management can be distributed or centralized with information shared throughout a distributed network.
    • 该规范的一个方面是使用虚拟实体来表示网络中的带宽瓶颈点。 不需要管理带宽的网络区域可以建模为区域。 该模型可以实现更多的灵活性,因为虚拟瓶颈点可以表示组件(例如路由器)的集合,或实际组件的一部分(例如,路由器可以由具有不同目的的多个虚拟瓶颈点表示)。该模型还可以允许 一个用户决定其网络中的哪些点应该被管理,独立于底层的数据网络基础设施。 这些虚拟实体可以放置在网络的各个区域之间,并配置特定的策略。 可以跟踪这些虚拟实体的带宽使用情况,并与在每个瓶颈点对应用程序配置的带宽限制进行比较。 当充分利用瓶颈点可用的带宽时,可以阻止或重新路由附加呼叫。 可以应用策略以允许某些呼叫继续进行,尽管带宽被充分利用,或者当带宽使用接近最大级别时阻止某些呼叫。 可以通过分布式网络中共享的信息来分发或集中带宽管理。