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    • 3. 发明申请
    • FAULT TOLERANT SERVICE-PROVIDING APPARATUS FOR USE IN A TELECOMMUNICATIONS NETWORK
    • 在电信网络中使用的容错服务提供设备
    • WO1994030027A1
    • 1994-12-22
    • PCT/GB1994001257
    • 1994-06-10
    • HEWLETT-PACKARD COMPANYLOW, Colin
    • HEWLETT-PACKARD COMPANY
    • H04Q11/04
    • H04Q3/0079H04Q3/0029H04Q11/0407H04Q2213/13517H04Q2213/13521H04Q2213/13565
    • A telecommunications network architecture is known comprising a switching system for effecting basic call processing to set up, maintain and clear calls, and service-providing means (SPA) communicating with said switching system for providing services additional to said basic call processing. Due to the high availability requirements typically placed on telecommunications networks, the service providing means will generally need to be of a fault-tolerant design. A fault-tolerant architecture is provided that relies on the checkpointing to a reliable store (55) of state data for services currently being provided from first service logic (50) of the service-providing means; should the first service logic (50) fail, a second service logic (52) is brought into operation and provided with required state data on current services from the backup store (55). To reduce the amount of checkpointing of data by the first logic (50), state data is only checkpointeed when the correspponding call has reached a stable phase, the loss of a call during setup being much more acceptable than after it is been established.
    • 已知一种电信网络架构,其包括用于实现基本呼叫处理以建立,维护和清除呼叫的交换系统,以及与所述交换系统通信的服务提供装置(SPA),用于为所述基本呼叫处理提供附加服务。 由于通常放置在电信网络上的高可用性要求,服务提供装置通常需要具有容错设计。 提供了一种容错架构,其依赖于对服务提供装置的第一服务逻辑(50)提供的服务的状态数据的可靠存储(55)的检查点; 如果第一服务逻辑(50)失败,则第二服务逻辑(52)被投入运行,并且从备用存储器(55)提供关于当前服务的所需状态数据。 为了减少第一逻辑(50)对数据的检查点数量,仅当相应的呼叫已经达到稳定阶段时才会检查状态数据,在建立过程中的呼叫丢失比建立之后更为可接受。
    • 4. 发明申请
    • EVENT CORRELATION
    • 事件相关
    • WO1994019912A1
    • 1994-09-01
    • PCT/GB1994000344
    • 1994-02-22
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANYGRACE, Andrew
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANY
    • H04Q03/00
    • H04Q3/0075H04L41/0631H04L41/142H04L43/16H04M3/08H04M3/247H04Q2213/13521
    • Simultaneous events reported to an equipment management system are compared with historical data in order to establish whether there is a relationship between the events. Historical data is used to determine the statistical probability of the events occurring independently simultaneously. If this probability is below a predetermined threshold this will suggest that the events are not independent, but are related. Such relationships are alerted to an operator, for example by highlighting or grouping on a screen display, assisting the operator in identification of related events, without the need for prior knowledge of the relationships in the system. The events may be alarms generated by faults in a network. The identification of related faults at different points in the network assists identification of their common cause. The historical database may be updated by further event occurrences as they are reported to the equipment management system, thereby enlarging the database to make the results more statistically accurate. Events may be reported to the system automatically or by human agency. To allow for systematic delays in event reporting, alarms from one source may be compared with alarms from another source occurring a fixed time later or earlier.
    • 将与设备管理系统报告的同时事件与历史数据进行比较,以确定事件之间是否存在关系。 历史数据用于确定事件独立同时发生的统计概率。 如果这个概率低于预定阈值,这将表明事件不是独立的,而是相关的。 这样的关系例如通过在屏幕显示上突出显示或分组来提醒操作者,帮助操作者识别相关事件,而不需要系统中的关系的先前知识。 事件可能是由网络中的故障产生的警报。 识别网络中不同点的相关故障有助于确定其常见原因。 历史数据库可以通过进一步的事件发生而更新,因为它们被报告给设备管理系统,从而扩大数据库以使结果更统计学准确。 事件可能会自动或由人力机构报告给系统。 为了允许事件报告中的系统延迟,可以将来自一个源的报警与来自固定时间之后或之前发生的另一个源的报警进行比较。
    • 7. 发明申请
    • FAULT MANAGEMENT SYSTEM FOR A TELECOMMUNICATIONS NETWORK
    • 电信网络故障管理系统
    • WO1998021869A1
    • 1998-05-22
    • PCT/GB1997003108
    • 1997-11-12
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANYDEVAN, Ian, RobertCHASKELL, Andrew, David
    • BRITISH TELECOMMUNICATIONS PUBLIC LIMITED COMPANY
    • H04M03/22
    • H04M3/085H04M3/2254H04M3/30H04Q3/0062H04Q2213/13092H04Q2213/1316H04Q2213/13166H04Q2213/13204H04Q2213/13349H04Q2213/13521
    • There is described a method of operating a fault management system for an access network which forms part of a public telecommunications network. In the access network, terminating lines in the form of pairs of copper wires extend from a local switch (10) through a series of nodes to terminal equipment provided for user of the network. The fault management system includes a test head (104) and an access network management system (102). Each night, the test head (104) performs a series of tests on each of the terminating lines. The results of the tests are transmitted to the access network management (102). The test results are then converted into circuit scores, each of which is indicative of the operational quality of the tested circuit. For each node, the circuit scores of the tested circuits passing through the node are combined to produce a node score which is indicative of the operational quality of the node. In order to identify the node having the worst operational quality and therefore most in need of investigation, the nodes are ranked in accordance with their node scores. When a customer reports a fault, the test head (104) performs a series of tests on the customer's line and transmits the results to the management system (102). The management system (102) checks the test results for the presence of a suspected fault and identifies the nodes through which the line passes. Then, for each of the identified nodes, it evaluates a score for each one of a set of factors and combines the scores to produce a combined score representative of the likelihood of the suspected fault being present at the node. In order to assist in identifying the node which is causing the suspected fault, the nodes are then ranked in accordance with their combined scores.
    • 描述了一种操作构成公共电信网络一部分的接入网络的故障管理系统的方法。 在接入网络中,铜线对形式的终端线路从本地交换机(10)通过一系列节点延伸到为网络用户提供的终端设备。 故障管理系统包括测试头(104)和接入网络管理系统(102)。 每天晚上,测试头(104)对每个终端线执行一系列测试。 测试结果被传送到接入网管理(102)。 然后将测试结果转换为电路分数,每个电路分数表示测试电路的操作质量。 对于每个节点,通过节点的测试电路的电路分数被组合以产生指示节点的操作质量的节点分数。 为了识别具有最差操作质量的节点,因此最需要调查,节点根据其节点分数进行排名。 当客户报告故障时,测试头(104)对客户线进行一系列测试,并将结果发送给管理系统(102)。 管理系统(102)检查测试结果是否存在可疑故障,并识别线路通过的节点。 然后,对于每个所识别的节点,它评估一组因素中的每一个的得分,并组合得分以产生代表可疑故障存在于该节点的可能性的组合分数。 为了帮助识别导致可疑故障的节点,然后根据它们的组合分数对节点进行排名。
    • 9. 发明申请
    • OVERLOAD PREVENTION IN A TELECOMMUNICATIONS NETWORK NODE
    • 电讯网络节点过载防范
    • WO1996015609A2
    • 1996-05-23
    • PCT/FI1995000616
    • 1995-11-10
    • NOKIA TELECOMMUNICATIONS OYGINZBOORG, Philip
    • NOKIA TELECOMMUNICATIONS OY
    • H04L12/56
    • H04Q3/665H04L29/06H04L47/10H04L47/12H04L47/26H04Q3/0091H04Q2213/13521H04Q2213/13561
    • The invention relates to a method of preventing an overload in a telecommunications network node. The network comprises at least one service node (CN; SCP) and at least one other node (PN; SSP) from which the service node receives service requests. According to the method, the service node transmits restriction requests (CG) to a node connected thereto, so that said node would restrict the number of service requests it transmits towards the service node. The restriction request comprises information on how the node should perform the restriction. A restriction request is transmitted at least whenever said information changes. In order to provide a simple and reliable method, the service node transmits a restriction request to a predetermined proportion of the total number of the service request messages fulfilling the criteria given, whereupon each individual service request message has a predetermined probability of triggering the transmission of a restriction request, the probabilities being selected in such a way that the total number of the restriction requests is smaller than the total number of the service requests.
    • 本发明涉及一种防止电信网络节点过载的方法。 该网络包括至少一个业务节点(CN; SCP)和至少一个其他节点(PN; SSP),服务节点从该节点接收服务请求。 根据该方法,服务节点向与其连接的节点发送限制请求(CG),使得所述节点将向服务节点限制其发送的服务请求的数量。 限制请求包括关于节点如何执行限制的信息。 至少每当所述信息改变时,发送限制请求。 为了提供简单可靠的方法,服务节点向满足给出的准则的服务请求消息的总数的预定比例发送限制请求,于是每个单独服务请求消息具有触发传输的预定概率 限制请求,以使得所述限制请求的总数小于所述服务请求的总数的方式来选择所述概率。