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    • 111. 发明申请
    • REAL-TIME TELECOMMUNICATION NETWORK ANALYSIS BY COMPARISON OF STATUS DATA WITH BENCHMARK VALUES
    • 使用基准值比较状态数据的实时通信网络分析
    • WO2010010586A1
    • 2010-01-28
    • PCT/IT2008/000503
    • 2008-07-25
    • VERTIS SOLUTIONS S.R.L.SALTARI, Roberto
    • SALTARI, Roberto
    • H04L12/26
    • H04L43/0817H04L12/14H04L41/024H04L41/0853H04L41/0856H04L41/22H04L43/06H04L43/065
    • In a telecommunications network there is a need to monitor the status and health of various elements in real time. The techniques disclosed herein use a real time connection to directly or indirectly interact with a network element's operating system to obtain a real time data stream of messages for processing. The streaming messages are parsed and entered into a main database as they are produced, providing a real time capture of the streaming data into a database format. Data processing and analysis based on pre-defined algorithms are then performed in real time on the content stored within the main database, resulting in the generation of condition data. The condition data is then used to detect faults, generate reports, alarms and notifications. Moreover, processing the condition data against a resolution database, the system is able to provide recommendations that are most likely to resolve the fault or potential fault situation should it exist.
    • 在电信网络中,需要实时监控各种元素的状态和健康状况。 本文公开的技术使用实时连接来直接或间接地与网络元件的操作系统交互以获得用于处理的消息的实时数据流。 流式传输消息在生成时被解析并输入主数据库,从而将流数据实时捕获到数据库格式。 然后,基于预定义算法的数据处理和分析实时地存储在主数据库中存储的内容上,从而产生条件数据。 然后使用条件数据来检测故障,生成报告,报警和通知。 此外,根据分辨率数据库处理条件数据,系统能够提供最有可能解决故障或潜在故障情况的建议,如果存在的话。
    • 113. 发明申请
    • BROADCAST METHOD AND SYSTEM
    • 广播方法与系统
    • WO2008057787A8
    • 2009-10-29
    • PCT/US2007082517
    • 2007-10-25
    • LEVEL 3 COMMUNICATIONS LLCKEENER DAVID JJONES JOHN SWARD PETER L
    • KEENER DAVID JJONES JOHN SWARD PETER L
    • H04B3/36H04B7/14
    • H04N5/38H04H20/04H04H20/12H04H60/05H04H60/07H04L41/22H04N5/222H04N5/268H04N5/28
    • A method and system for airing broadcast signals is disclosed. Preferably, the system includes a production truck interface panel receiving a broadcast signal. A transmission relay circuit relays the signal from the interface panel to a broadcast network, and preferably including a broadcast signal detection circuit, and a signal processing circuit. The detection circuit determines a signal type of the broadcast signal, and the signal processing circuit processes the determined signal type. The system preferably further includes an operations control station displaying the determined type of broadcast signal. The method for airing broadcast signals over the broadcast network preferably includes the steps of providing the broadcast signal to the transmission relay circuit, detecting the broadcast signal type with the broadcast signal sensing and discerning circuit; and reconfiguring the signal processing circuit when the configuration of the signal processing circuit does not support transmission of the determined broadcast signal type.
    • 公开了广播信号播放的方法和系统。 优选地,该系统包括接收广播信号的生产卡车接口面板。 传输中继电路将来自接口面板的信号中继到广播网络,并且优选地包括广播信号检测电路和信号处理电路。 检测电路确定广播信号的信号类型,并且信号处理电路处理确定的信号类型。 该系统优选地还包括显示确定类型的广播信号的操作控制站。 通过广播网络广播广播信号的方法优选地包括以下步骤:向广播信号发送中继电路提供广播信号,用广播信号检测和识别电路检测广播信号类型; 并且当信号处理电路的配置不支持所确定的广播信号类型的传输时,重新配置信号处理电路。
    • 114. 发明申请
    • USER INTERFACE PROVIDING INFORMATION SYSTEM TOPOLOGY PRESENTATION
    • 用户界面提供信息系统拓扑呈现
    • WO2009122626A1
    • 2009-10-08
    • PCT/JP2008/073497
    • 2008-12-17
    • Hitachi, Ltd.MURASE, AtsushiMASUISHI, TetsuyaFUJITA, Takahiro
    • MURASE, AtsushiMASUISHI, TetsuyaFUJITA, Takahiro
    • H04L12/24G06F9/44
    • H04L41/22G06F3/04817G06F3/0482G06F3/0484G06F9/451H04L41/12
    • A user interface includes a graphical topological representation of an information system. Information is collected regarding connections between switches, storage nodes and computer nodes in the information system. Any sub networks in the system are identified based on the collected information and classified as LANs or SANs. Connections between the various components are determined, and a layout of any identified LANs, computer nodes, SANs, and storage nodes is established for generating the topological representation in the user interface. The graphical topological representation of the information system is displayed in the user interface with the LAN icons, computer node icons, SAN icons and storage node icons laid out in a matrix-like arrangement of columns and rows, such that for LANs, computer nodes, SANs and/or storage nodes that are connected to each other, the corresponding icons are located on or near a same row in the graphical topological representation.
    • 用户界面包括信息系统的图形拓扑表示。 收集有关信息系统中交换机,存储节点和计算机节点之间的连接的信息。 基于收集的信息识别系统中的任何子网络,并分类为LAN或SAN。 确定各种组件之间的连接,并且建立任何识别的LAN,计算机节点,SAN和存储节点的布局,以在用户界面中生成拓扑表示。 信息系统的图形拓扑表示在用户界面中显示为以列和行的矩阵状布置的LAN图标,计算机节点图标,SAN图标和存储节点图标,使得对于LAN,计算机节点, 彼此连接的SAN和/或存储节点,对应的图标位于图形拓扑表示中的相同行上或附近。
    • 115. 发明申请
    • CENTRAL ANTENNA MANAGEMENT SYSTEM WITH CENTRALIZED DATABASE
    • 具有中央数据库的中央天线管理系统
    • WO2009097282A1
    • 2009-08-06
    • PCT/US2009/032133
    • 2009-01-27
    • KMW U.S.A., INC.JUNG, HyunKIM, Duk-YongKIM, Yeung
    • JUNG, HyunKIM, Duk-YongKIM, Yeung
    • H04B7/04H04B7/155G06F17/30
    • H04L41/22H01Q1/246H01Q3/005H01Q3/08H01Q3/30H04L41/0816H04L41/0856H04W24/02
    • An antenna management system is disclosed for managing cellular communications network antennas remotely in response to traffic demands and environmental factors, including a packet switching network, antennas, base transceiver stations, tilt controllers, air interface modules, a management database, and a control network. In the exemplary embodiment, the system utilizes feedback from a variety of sensors including downtilt sensors, azimuth sensors, weather sensors, gas sensors, and a camera. The system enables data from the sensors to be viewed remotely and analyzed to determine if corrective adjustment of the antenna(s) is needed. After analyzing the data, the system or a user of the system such as a network operator can remotely adjust the antenna(s) to make necessary adjustment(s). The system further enables data received from the sensors to be made available over a packet switching network, such as the Internet or a local or wide area network, to any device, such as a computer or mobile station, connected to the packet switching network.
    • 公开了一种用于响应于业务需求和环境因素来远程管理蜂窝通信网络天线的天线管理系统,包括分组交换网络,天线,基站收发台,倾斜控制器,空中接口模块,管理数据库和控制网络。 在示例性实施例中,系统利用来自各种传感器的反馈,包括下倾传感器,方位传感器,气象传感器,气体传感器和照相机。 该系统允许远程查看来自传感器的数据并进行分析,以确定是否需要对天线进行校正调整。 在分析数据之后,诸如网络运营商的系统或系统的用户可以远程调整天线以进行必要的调整。 该系统还使得可以通过分组交换网络(例如因特网或本地或广域网)将从传感器接收的数据提供给连接到分组交换网络的任何设备,例如计算机或移动站。
    • 117. 发明申请
    • APPARATUS AND METHODS OF DETERMINING CONFIGURATIONS FOR HANDLING COMMUNICATION PATH MANAGEMENT TRAFFIC
    • 用于处理通信路径管理交通的配置的装置和方法
    • WO2008146267A3
    • 2009-04-09
    • PCT/IB2008053470
    • 2008-05-29
    • ALCATEL LUCENTSUSILO GATOT
    • SUSILO GATOT
    • H04L12/24H04L12/56
    • H04L41/08H04L41/0853H04L41/0866H04L41/22
    • Apparatus and methods of determining configurations for handling communication path management traffic are disclosed. Respective communication path management traffic handling configurations of communication system elements that terminate a communication link, which is a portion of a communication path, are determined. If the respective communication path management traffic handling configurations indicate that the communication system elements have been configured to pass communication path management traffic associated with the communication path toward endpoints of the communication path, then communication path management traffic for managing the communication path is exchanged through the communication link. Indications of a communication path management traffic handling configuration may be exchanged between the communication system elements during establishment of the communication link.
    • 公开了确定用于处理通信路径管理业务的配置的装置和方法。 确定终止作为通信路径的一部分的通信链路的通信系统元件的各个通信路径管理业务处理配置。 如果相应的通信路径管理业务处理配置指示通信系统元件已被配置为将与通信路径相关联的通信路径管理业务传递到通信路径的端点,则用于管理通信路径的通信路径管理业务通过 通讯链接。 通信路径管理流量处理配置的指示可以在通信链路的建立期间在通信系统元件之间交换。
    • 118. 发明申请
    • SYSTEMS AND METHODS FOR POLICY-BASED SERVICE MANAGEMENT
    • 基于政策服务管理的系统与方法
    • WO2008125918A3
    • 2009-04-02
    • PCT/IB2007004604
    • 2007-11-20
    • BRIDGEWATER SYSTEMS CORPBIENEK MICHALTOPTYGIN DMITRYHENRY PASCALLI YONG
    • BIENEK MICHALTOPTYGIN DMITRYHENRY PASCALLI YONG
    • H04L12/24
    • H04L41/5061H04L41/0893H04L41/16H04L41/22
    • Systems and method for policy-based service management are provided. An exemplary system includes a rule definition interface module configured to receive a plurality of rule definitions and a separate policy management interface module configured to allow a user to define a rule instance from an existing rule definition instance and to define a policy instance based on the defined rule instance. A policy may be simply expressed via the policy management interface as "perform the following set of action if all of the following rule instances are true unless any of the following rule instances are true." Additionally, policies may be associated with a context at a specific a level in a context hierarchy having multiple levels. The policy may therefore inherit rules from contexts at a higher level in the hierarchy.
    • 提供了基于策略的服务管理系统和方法。 一个示例性系统包括:规则定义接口模块,被配置为接收多个规则定义;以及单独的策略管理接口模块,其被配置为允许用户从现有规则定义实例中定义规则实例,并且基于所定义的规则来定义策略实例 规则实例。 如果以下所有规则实例都为真,除非下列任何规则实例为真,否则策略可以通过策略管理界面简单地表示为“执行以下一组操作。 另外,策略可以与具有多个级别的上下文层级中的特定级别的上下文相关联。 因此,该策略可能会从层次结构中的较高级别的上下文继承规则。
    • 119. 发明申请
    • SYSTEM AND METHOD FOR PROVIDING MULTI-PROTOCOL ACCESS TO REMOTE COMPUTERS
    • 用于提供多协议访问远程计算机的系统和方法
    • WO2008156730A2
    • 2008-12-24
    • PCT/US2008/007492
    • 2008-06-17
    • AVOCENT HUNTSVILLE CORPORATIONGEFFIN, Steven
    • GEFFIN, Steven
    • G06F15/173
    • H04L43/0817H04L41/0213H04L41/22
    • A remote administration system's ability to communicate with remote computers using in-band communications is contingent on many factors (e.g., the operability of the network over which the in-band communications is carried and, to some extent, the correct operation of the software on the remote computer). Accordingly, there may come a time (e.g., during a network outage) where the remote administration system can no longer communicate with the remote computer over the preferred communications protocol (e.g., using in-band communications). In such a case, a status detector of the remote administration system may detect that an error has occurred (e.g., by "pinging" the remote computer and getting no response or by losing an open network connection) and then switch to a less preferred communications protocol (e.g., using out-of-band communications).
    • 远程管理系统使用带内通信与远程计算机进行通信的能力取决于许多因素(例如,携带带内通信的网络的可操作性,以及在某种程度上软件的正确操作 远程计算机)。 因此,远程管理系统可能不再能够通过优选通信协议(例如,使用带内通信)与远程计算机通信,可能会有时间(例如,在网络中断期间)。 在这种情况下,远程管理系统的状态检测器可以检测到发生了错误(例如,通过“ping”远程计算机并获得没有响应或通过丢失开放的网络连接),然后切换到较不优选的通信 协议(例如,使用带外通信)。
    • 120. 发明申请
    • PATHS AND DISTANCE IN THE WEB USING A BEHAVIORAL WEB GRAPH
    • 使用行为网页的网络中的路段和距离
    • WO2008154651A1
    • 2008-12-18
    • PCT/US2008/066798
    • 2008-06-13
    • GALVIN, BrianMcCORD, AlanBOYS, Donald
    • GALVIN, BrianMcCORD, AlanBOYS, Donald
    • H04L12/28
    • H04L41/22H04L41/12H04L67/22
    • A method for determining distance between two nodes in a network has steps for (a) creating a map of nodes in the network, die map having points representing pairs of nodes: (b) determining a probability at individual points that an entity connected to one of the nodes of the pair associated with the point will next connect to the other node associated with the point: (c) selecting a first and second node in the network for determin ing a distance: and (d) beginning with one of the two nodes selected, using the map with probabilities, determining the path of highest probability from the first node to the second node, regardless of the number of jumps required in the path, as the distance between the first and the second node.
    • 一种用于确定网络中两个节点之间的距离的方法具有以下步骤:(a)创建网络中节点的映射,管芯映射具有表示节点对的点:(b)确定在单个点处的连接到一个实体的实体的概率 与点相关联的对的节点将接下来连接到与该点相关联的另一个节点:(c)选择网络中的第一和第二节点以确定距离:(d)从两个中的一个开始 使用具有概率的图来选择节点,确定从第一节点到第二节点的最高概率的路径,而不管路径中所需的跳跃数量如何,作为第一节点和第二节点之间的距离。