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    • 91. 发明申请
    • WIRELESS ACCESS SYSTEM
    • 无线接入系统
    • WO2009050422A1
    • 2009-04-23
    • PCT/GB2008/003170
    • 2008-09-19
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANYLEE, John, Charles
    • LEE, John, Charles
    • H04L12/28
    • H04W16/20H04W16/32H04W84/20H04W84/22
    • Cordless access over an extended area is provided by a network of co-operating wireless access points (10, 20, 30) etc all operating on a common channel, such that continuous communication with a mobile handset (9) is possible within the combined coverage of the set of access points. The access points are all recognised by the handset (9) as being part of the same connection. The access points are in communication with each other, either by wireless connections (11, 51) or by wired connections (21, 41), so that they can communicate between each other, a home base site controller 60, and a connection (31) to the public network. Under the control of the HBSC (60), all the access points (10, 20), broadcast a common service set identifier SSID and operate on the channel selected by the HBSC (60), and consequently a communications session can continue seamlessly, regardless of which access point is currently in use. The HBSC (60), on receiving a data transmission addressed to a specified handset (9), forwards it to any access points (20, 40) directly connected to it. A method is disclosed for setting up the access points (10, 20, 30) to form the wireless network.
    • 通过扩展区域的无线接入由所有在公共信道上操作的协作无线接入点(10,20,30)等网络提供,使得在组合覆盖范围内与移动手持机(9)的连续通信是可能的 的接入点集。 接入点都被手机(9)识别为同一连接的一部分。 接入点通过无线连接(11,51)或有线连接(21,41)彼此通信,使得它们可以在彼此之间通信,家庭基站控制器60和连接(31 )到公共网络。 在HBSC(60)的控制下,所有接入点(10,20)广播公共业务集合标识符SSID并在由HBSC(60)选择的信道上进行操作,因此通信会话可以无缝地继续,无论如何 哪个接入点当前正在使用中。 HBSC(60)在接收到寻址到指定手机(9)的数据传输时将其转发到直接连接到它的任何接入点(20,40)。 公开了一种用于设置接入点(10,20,30)以形成无线网络的方法。
    • 92. 发明申请
    • FAULT LOCATION
    • 故障位置
    • WO2008117004A1
    • 2008-10-02
    • PCT/GB2008/000104
    • 2008-01-11
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANYSPOTT, Martin, WinfriedTATESON, Richard, EdwardTHOMPSON, Simon, Giles
    • SPOTT, Martin, WinfriedTATESON, Richard, EdwardTHOMPSON, Simon, Giles
    • H04L12/56H04L12/28H04L12/24
    • H04L43/0811H04L41/0677H04L43/065H04L45/22H04L45/28H04W8/005H04W24/00H04W40/248
    • The nodes (200, 201), etc in a hierarchical network are also capable of forming direct wireless connections between each other. Each node checks on a regular basis to determine whether its network connection is intact. If a node (211) discovers that its direct broadband connection (31, 21, 33, 24, 34) to the exchange (2) has failed, it autonomously communicates with other nodes (201, 202, 212, 220) in the physical neighbourhood, using its wireless capability. It first searches for a path through a WIFI connection to its immediate neighbours in the hierarchy to attempt to reach a working node (210, 212) connected to the same Distribution Point (21). (These are not necessarily the nearest neighbours in the wireless network). The nodes collect and store connectivity data on neighbouring nodes, and exchange connectivity data between themselves to identify nodes, and groups of nodes, that are not currently connected to the branched network. Within each group of nodes which have exchanged connectivity information, one of the group is selected to transmit a report on connectivity to the network control centre, the remaining members of the group being suppressed from transmitting such reports. If it is not itself connected to the hierarchical network, the selected node (211) can now use the connection (37) to the closest working node (220) and its broadband connection (22, 25) to the network control centre (2) to inform the network operator of the fault and its likely location. If the nodes have formed two or more separate ad hoc networks, (e.g link 35 being absent) the information from the separate networks is aggregated at the network control centre (2) to identify failure points in the hierachical network.
    • 分层网络中的节点(200,201)等也能够形成彼此之间的直接无线连接。 每个节点定期检查以确定其网络连接是否完整。 如果节点(211)发现其到交换机(2)的直接宽带连接(31,21,33,24,34)已经失败,则它自动地与物理上的其他节点(201,202,212,220)通信 邻里,使用其无线功能。 它首先通过与层次结构中的直接邻居的WIFI连接搜索路径,以尝试到达连接到相同分发点(21)的工作节点(210,212)。 (这些不一定是无线网络中最近的邻居)。 节点收集并存储相邻节点上的连通性数据,并在它们之间交换连接数据,以识别当前未连接到分支网络的节点和节点组。 在已经交换了连通性信息的每个节点组内,选择该组中的一个来传送关于网络控制中心的连接的报告,该组的其余成员被禁止传送这样的报告。 如果它本身不连接到分级网络,则所选择的节点(211)现在可以使用到最近的工作节点(220)的连接(37)及其到网络控制中心(2)的宽带连接(22,25) 通知网络运营商故障及其可能的位置。 如果节点已经形成两个或多个单独的自组织网络(例如链路35不存在),则来自分离网络的信息在网络控制中心(2)处被聚合以识别等级网络中的故障点。
    • 96. 发明申请
    • METHODS AND SYSTEMS OF INDEXING AND RETRIEVING DOCUMENTS
    • 索引和检索文件的方法和系统
    • WO2007113585A1
    • 2007-10-11
    • PCT/GB2007/001297
    • 2007-04-03
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANYDUKE, Alistair, KeithDAVIES, Nicholas, John
    • DUKE, Alistair, KeithDAVIES, Nicholas, John
    • G06F17/30G06F17/27
    • G06F17/30867G06F17/278G06F17/30613G06F17/30684G06F17/30734
    • Embodiments of the invention relate to computer-implemented methods of indexing documents in a document repositoiy (210-212) comprising splitting the documents (D1-D3) into subdocuments (Dla-D3d), each subdocument relating to a theme, by identifying semantic relationships between entities in the document and determining changes in theme at least in part on the basis of the distribution of semantically-related entities, and performing an indexing operation by generating and storing, in a searchable index, metadata associated with the respective subdocuments. Embodiments of the invention also relate to retrieving documents of interest from a document repository (210-212), including indexing documents according to the aforementioned method, submitting a search context, using the search context, on the basis of the categories that have been associated with the subdocuments, to identify documents of interest by reference to the metadata, and returning information relating to the identified documents of interest.
    • 本发明的实施例涉及在文档库(210-212)中索引文档的计算机实现的方法,包括通过识别语义关系将文档(D1-D3)分割成子文档(D1a-D3d),与主题相关的每个子文档 并且至少部分地基于与语义相关的实体的分布来确定主题的变化,并且通过在可搜索的索引中生成和存储与各个子文档相关联的元数据来执行索引操作。 本发明的实施例还涉及从文档库(210-212)检索感兴趣的文档,包括根据上述方法索引文档,使用搜索上下文,基于已经被关联的类别提交搜索上下文 与子文档一起,通过参考元数据来识别感兴趣的文档,并返回与所识别的感兴趣的文档有关的信息。
    • 97. 发明申请
    • AUTONOMOUS WIRELESS NETWORKS
    • 自动无线网络
    • WO2007113529A1
    • 2007-10-11
    • PCT/GB2007/001190
    • 2007-03-30
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANYGONZALEZ-VELAZQUEZ, Antonio, Enrique
    • GONZALEZ-VELAZQUEZ, Antonio, Enrique
    • H04L12/56
    • H04W40/02H04W74/04H04W84/18
    • A device is operable to use received signals to divide time into a succession of frames, each frame having plural consecutive timeslots, and into a succession of four or more superframes. A transmitter is operated only in a single timeslot in one frame. A receiver is operated in the other timeslots in the frame and for all timeslots of immediately preceding and following frames, and in no other frames. This allows devices to predict periods in which to hibernate or carry out intensive tasks. The device determines which timeslots of the first frame are occupied to provide local awareness information, and transmits it as a code on its transmit timeslot along with payload data. This allows other devices in a network to obtain information about their local environment and about the environment of their neighbours. Routing decisions are made on this basis.
    • 设备可操作以使用接收到的信号将时间划分成一连串的帧,每个帧具有多个连续的时隙,并且进入一连串的四个或更多个超帧。 一个发射机只能在一个时隙内工作。 接收机在帧中的其他时隙以及紧接在前一帧和后续帧的所有时隙以及没有其他帧中操作。 这允许设备预测休眠或执行强化任务的时段。 该设备确定第一帧的哪些时隙被占用以提供本地感知信息,并且将其作为其发送时隙上的码与有效载荷数据一起发送。 这允许网络中的其他设备获取有关其本地环境和其邻居环境的信息。 路由决定是在此基础上进行的。