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    • 1. 发明申请
    • Methods and Apparatus for Identifying the Impact of Changes in Computer Networks
    • 识别计算机网络变化影响的方法与装置
    • US20110004914A1
    • 2011-01-06
    • US12496295
    • 2009-07-01
    • James D. Ennis, JR.Fiore Louis Nardo, IIJohn Dominic Belamaric
    • James D. Ennis, JR.Fiore Louis Nardo, IIJohn Dominic Belamaric
    • H04L9/00
    • H04L41/0893H04L41/0803H04L41/0853H04L41/22
    • The impact of device configuration changes on operational issues and policy compliance in a computer network can be discerned from a visual data presentation that jointly shows representations of changes, issues, and policy compliance in a common view for a group of network devices. Configuration information is collected from devices in the computer network and processed to determine whether a change has occurred in a configuration of any of the devices, whether any operational issues exist for each of the devices, and whether any of the devices are not in compliance with any applicable operational policies. A display device displays the visual data presentation to allow an operator to see trends and relationships between device configuration changes and operational issues and incidents of policy non-compliance. The visual data presentation can be depicted as a graphical timeline view, a network topology view, or a table view of the information.
    • 可以从视觉数据呈现中识别设备配置更改对计算机网络中的操作问题和策略合规性的影响,该视觉数据表示在一组网络设备的共同视图中共同显示更改,问题和策略合规性的表示。 配置信息从计算机网络中的设备收集并被处理以确定是否在任何设备的配置中发生了改变,每个设备是否存在任何操作问题,以及是否任何设备不符合 任何适用的运营政策。 显示设备显示视觉数据呈现,以允许操作者查看设备配置更改与操作问题之间的趋势和关系以及策略不合规事件。 视觉数据呈现可以被描绘为图形时间线视图,网络拓扑视图或信息的表视图。
    • 3. 发明申请
    • METHODS AND APPARATUS FOR IDENTIFYING THE IMPACT OF CHANGES IN COMPUTER NETWORKS
    • 识别计算机网络变化影响的方法和设备
    • US20120198057A1
    • 2012-08-02
    • US13365016
    • 2012-02-02
    • James D. Ennis, JR.Fiore Louis Nardo, IIJohn Dominic Belamaric
    • James D. Ennis, JR.Fiore Louis Nardo, IIJohn Dominic Belamaric
    • G06F15/173
    • H04L41/0893H04L41/0803H04L41/0853H04L41/22
    • The impact of device configuration changes on operational issues and policy compliance in a computer network can be discerned from a visual data presentation that jointly shows representations of changes, issues, and policy compliance in a common view for a group of network devices. Configuration information is collected from devices in the computer network and processed to determine whether a change has occurred in a configuration of any of the devices, whether any operational issues exist for each of the devices, and whether any of the devices are not in compliance with any applicable operational policies. A display device displays the visual data presentation to allow an operator to see trends and relationships between device configuration changes and operational issues and incidents of policy non-compliance. The visual data presentation can be depicted as a graphical timeline view, a network topology view, or a table view of the information.
    • 可以从视觉数据呈现中识别设备配置更改对计算机网络中的操作问题和策略合规性的影响,该视觉数据表示在一组网络设备的共同视图中共同显示更改,问题和策略合规性的表示。 配置信息从计算机网络中的设备收集并被处理以确定是否在任何设备的配置中发生了改变,每个设备是否存在任何操作问题,以及是否任何设备不符合 任何适用的运营政策。 显示设备显示视觉数据呈现,以允许操作者查看设备配置更改与操作问题之间的趋势和关系以及策略不合规事件。 视觉数据呈现可以被描绘为图形时间线视图,网络拓扑视图或信息的表视图。
    • 4. 发明授权
    • Method and apparatus for measurement of peak throughput in packetized
data networks
    • 用于测量分组化数据网络中峰值吞吐量的方法和装置
    • US5867483A
    • 1999-02-02
    • US746416
    • 1996-11-12
    • James D. Ennis, Jr.John E. HasselkusRobert J. NorbergRobert TroutmanMatthew A. Tucker
    • James D. Ennis, Jr.John E. HasselkusRobert J. NorbergRobert TroutmanMatthew A. Tucker
    • H04L12/24H04J3/14H04L12/26
    • H04L41/22H04L41/0896H04L41/142H04L41/24H04L43/02H04L43/045H04L43/0882H04L43/0888H04L43/12
    • A system for measuring peak throughput in packetized data networks includes a remote monitoring probe and console. The probe is connected to a packetized data network to monitor network activity, while the console is in communication with the probe via a communications medium. The probe maintains a plurality of counters associated with different ranges of utilization percentage for access channel and individual circuit bandwidth. For each sampling interval, the probe measures the access channel and individual circuit bandwidth utilization and increments the appropriate counters associated with the percentage ranges encompassing the measured bandwidth utilizations. The console polls the probe for the percentage counter data to selectively display the access channel or individual circuit bandwidth utilization in the form of a bar graph and pie chart. The access channel and/or individual circuit bandwidth may ultimately be adjusted based on the displayed data. Alternatively, the system may analyze the data and determine conservative, moderate and aggressive recommendations for bandwidth adjustment. In addition, the system can generate reports containing the access channel or individual circuit bandwidth utilization for a user-specified time period, and the recommendations for bandwidth adjustment.
    • 用于测量打包数据网络中峰值吞吐量的系统包括一个远程监视探测器和控制台。 探测器连接到打包数据网络以监视网络活动,而控制台通过通信介质与探测器通信。 探测器保持与接入信道和单独电路带宽的不同利用率范围相关联的多个计数器。 对于每个采样间隔,探头测量访问通道和单独的电路带宽利用率,并增加与包含测量带宽利用率的百分比范围相关联的适当计数器。 控制台轮询探测器的百分比计数器数据,以条形图和饼图的形式选择性地显示访问通道或单独的电路带宽利用率。 可以基于显示的数据最终调整接入信道和/或单独的电路带宽。 或者,系统可以分析数据并确定带宽调整的保守,中等和积极的建议。 此外,系统可以生成包含用户指定时间段的接入信道或单独电路带宽利用率的报告,以及带宽调整的建议。