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    • 23. 发明授权
    • Wireless home network routing protocol
    • 无线家庭网络路由协议
    • US08559329B2
    • 2013-10-15
    • US13275299
    • 2011-10-17
    • Mung Chiang
    • Mung Chiang
    • H04L12/28
    • H04L45/48H04L12/189H04L12/2834H04L12/2838H04L41/12H04L45/123H04L45/28H04L45/64H04L47/32H04W24/04H04W40/00
    • Techniques for a node in a wireless network to process packets are disclosed. An example method includes registering with a network-management system in the network to become a node in the network, determining neighboring nodes, measuring costs of wireless links to its neighboring nodes, measuring radio characteristic levels of the wireless links to its neighboring nodes, sending a link-state advertisement to the network-management system, the link-state packets providing its neighboring relationships and the costs of the wireless links to its neighboring nodes, receiving link weights from the network-management system, computing a routing table for a link-state routing protocol based on (1) the sum of the link weights and the radio characteristic levels for the corresponding wireless links to its neighboring nodes, and (2) a topology of the network, and processing the packets using the routing table.
    • 公开了无线网络中用于处理分组的节点的技术。 示例性方法包括向网络中的网络管理系统注册成为网络中的节点,确定相邻节点,测量到其相邻节点的无线链路的成本,测量到其相邻节点的无线链路的无线电特征级别,发送 向网络管理系统提供链路状态广告,提供其相邻关系的链路状态分组和到其相邻节点的无线链路的成本,从网络管理系统接收链路权重,计算链路的路由表 - 状态路由协议基于(1)相应无线链路到其相邻节点的链路权重和无线电特征等级的总和,以及(2)网络拓扑,并使用路由表处理数据包。
    • 25. 发明授权
    • Cross-layer power control and scheduling protocol
    • 跨层功率控制和调度协议
    • US08068867B2
    • 2011-11-29
    • US12416160
    • 2009-04-01
    • Mung Chiang
    • Mung Chiang
    • H04B7/00
    • H04W52/267H04W52/286H04W52/38
    • A cross-layer protocol may generally provide joint control of power and schedule in a fully distributed manner without any centralized coordination for an interference-limited wireless network. Under the described protocol, each wireless device may use a detection trial to locally detect interference condition and randomly back off in a distributed manner. Based on the result of the detection trial, the wireless device may then shift between (1) a pure power control mode with power control and (2) a time sharing mode with joint power and scheduling control. The wireless device may also use the amount of backlog in its queue buffer to determine the duration of a silence period in the time sharing mode and an increment to the power level provided by the power control algorithm.
    • 跨层协议通常可以以完全分布的方式提供功率和调度的联合控制,而无需对受干扰限制的无线网络进行任何集中协调。 在所描述的协议下,每个无线设备可以使用检测试验来本地检测干扰条件并以分布式方式随机退出。 基于检测试验的结果,无线设备然后可以在(1)具有功率控制的纯功率控制模式和(2)具有联合功率和调度控制的时间共享模式之间移动。 无线设备还可以使用其队列缓冲器中的积压量来确定时间共享模式中的静默时段的持续时间以及由功率控制算法提供的功率电平的增量。
    • 27. 发明申请
    • System and Method for Network Design
    • 网络设计系统与方法
    • US20090276510A1
    • 2009-11-05
    • US12501890
    • 2009-07-13
    • Orestis ManthoulisLaxman SahasrabuddheMung Chiang
    • Orestis ManthoulisLaxman SahasrabuddheMung Chiang
    • G06F15/177
    • H04L41/145H04L41/0826H04L41/22
    • A system and method for network design are disclosed. In one embodiment of a method incorporating teachings of the present disclosure, embedded network information describing at least one existing network element and a plurality of physical locations available for locating new network nodes may be received. A demand forecast for a coverage area of a proposed network may also be received. In an embodiment in which a proposed network has a core layer, a number of core layer nodes to be included in the proposed network may also be received. In an embodiment in which a proposed network has an aggregation layer, a number of aggregator layer nodes to include in the proposed network may be calculated by adding a positive integer to a lower bound number of aggregator layer nodes. Consideration may be given to these and other inputs in connection with generating a network design.
    • 公开了一种网络设计的系统和方法。 在包括本公开的教导的方法的一个实施例中,可以接收描述可用于定位新网络节点的至少一个现有网络元件和多个物理位置的嵌入式网络信息。 也可以接收对所提出的网络的覆盖区域的需求预测。 在所提出的网络具有核心层的实施例中,也可以接收要包括在所提出的网络中的多个核心层节点。 在所提出的网络具有聚合层的实施例中,可以通过向聚合器层节点的下限数量添加正整数来计算要在所提出的网络中包括的多个聚合器层节点。 可以考虑与生成网络设计有关的这些和其他输入。
    • 28. 发明授权
    • System and method for ethernet network design
    • 以太网网络设计的系统和方法
    • US07610361B2
    • 2009-10-27
    • US10751683
    • 2004-01-05
    • Orestis ManthoulisLaxman SahasrabuddheMung Chiang
    • Orestis ManthoulisLaxman SahasrabuddheMung Chiang
    • G06F15/177G06F3/048
    • H04L41/145H04L41/0826H04L41/22
    • A system and method for Ethernet network design are disclosed. In one embodiment of a method incorporating teachings of the present disclosure, embedded network information describing at least one existing network element and a plurality of physical locations available for locating new network nodes may be inputted. A demand forecast for a coverage area of a proposed network may also be inputted. In an embodiment in which a to-be-designed network has at least a core layer and an aggregation layer, a number of core layer nodes and aggregator nodes to be included in the proposed network may also be inputted. Consideration may be given to these and other inputs in connection with generating a potential network design for the proposed network, and a cost of implementing the potential network design may be calculated.
    • 公开了一种用于以太网网络设计的系统和方法。 在包括本公开的教导的方法的一个实施例中,可以输入描述至少一个现有网络元件和可用于定位新网络节点的多个物理位置的嵌入式网络信息。 还可以输入对所提出的网络的覆盖区域的需求预测。 在其中待设计网络至少具有核心层和聚合层的实施例中,也可以输入要包括在所提出的网络中的多个核心层节点和聚合器节点。 可以考虑与为所提出的网络生成潜在网络设计相关的这些和其他输入,并且可以计算实施潜在网络设计的成本。
    • 29. 发明申请
    • System and method for ethernet network design
    • 以太网网络设计的系统和方法
    • US20050188059A1
    • 2005-08-25
    • US10751683
    • 2004-01-05
    • Orestis ManthoulisLaxman SahasrabuddheMung Chiang
    • Orestis ManthoulisLaxman SahasrabuddheMung Chiang
    • G06F15/173G06F15/177H04L12/24
    • H04L41/145H04L41/0826H04L41/22
    • A system and method for Ethernet network design are disclosed. In one embodiment of a method incorporating teachings of the present disclosure, embedded network information describing at least one existing network element and a plurality of physical locations available for locating new network nodes may be inputted. A demand forecast for a coverage area of a proposed network may also be inputted. In an embodiment in which a to-be-designed network has at least a core layer and an aggregation layer, a number of core layer nodes and aggregator nodes to be included in the proposed network may also be inputted. Consideration may be given to these and other inputs in connection with generating a potential network design for the proposed network, and a cost of implementing the potential network design may be calculated.
    • 公开了一种用于以太网网络设计的系统和方法。 在包括本公开的教导的方法的一个实施例中,可以输入描述至少一个现有网络元件和可用于定位新网络节点的多个物理位置的嵌入式网络信息。 还可以输入对所提出的网络的覆盖区域的需求预测。 在其中待设计网络至少具有核心层和聚合层的实施例中,也可以输入要包括在所提出的网络中的多个核心层节点和聚合器节点。 可以考虑与为所提出的网络生成潜在网络设计相关的这些和其他输入,并且可以计算实施潜在网络设计的成本。
    • 30. 发明申请
    • System And Methods For Time Deferred Transmission Of Mobile Data
    • 移动数据延迟传输的系统和方法
    • US20170048395A1
    • 2017-02-16
    • US15299893
    • 2016-10-21
    • Mung ChiangCarlee Joe-WongSangtae HaSoumya Sen
    • Mung ChiangCarlee Joe-WongSangtae HaSoumya Sen
    • H04M15/00
    • A system for time deferred usage of mobile data by a plurality of user devices each coupled to a network server and running one or more applications. The system includes a network measurement module, user profiling module and a price-optimization computational module located at the network server and a user interface module located at each user device. The network measurement module collects traffic data from each of the applications to generate the historical congestion data and current congestion data. The user profiling module is configured to receive user reaction data and determine how much mobile data for each application may be deferred to a later point in time to generate the predicted user reaction data. The price-optimization receives the historical congestion data and the current network congestion data from the network measurement module and the predicted user reaction data from the user profiling module and generate day-ahead time-dependent price data for a plurality of upcoming timeslots of mobile data based on the historical congestion data, current network congestion, predicted user reaction data, network operator costs for data exceeding maximum network capacity and network operator costs for supplying data in less-congested time periods. The user interface receives a time interval based delay selection input for each of the one or more applications, select one or more of the upcoming data timeslots of mobile data for use by the one or more applications and delay mobile data usage by each of the one or more applications based on the delay selection input.
    • 一种用于每个耦合到网络服务器并运行一个或多个应用的​​多个用户设备来延迟使用移动数据的系统。 该系统包括位于网络服务器处的网络测量模块,用户分析模块和价格优化计算模块以及位于每个用户设备处的用户界面模块。 网络测量模块从每个应用程序收集流量数据,以生成历史拥塞数据和当前拥塞数据。 用户分析模块被配置为接收用户反应数据并且确定每个应用的移动数据可能被推迟到稍后的时间点以生成预测的用户反应数据。 价格优化接收来自网络测量模块的历史拥塞数据和当前网络拥塞数据以及来自用户分析模块的预测用户反应数据,并为多个即将到来的移动数据时隙生成日前时间相关价格数据 基于历史拥塞数据,当前网络拥塞,预测用户反应数据,超过最大网络容量的数据的网络运营商成本以及在较不拥挤的时段内提供数据的网络运营商成本。 用户接口为一个或多个应用中的每一个接收基于时间间隔的延迟选择输入,选择一个或多个移动数据的即将到来的数据时隙供一个或多个应用使用,并且延迟移动数据的使用 或更多应用基于延迟选择输入。