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    • 1. 发明授权
    • Migration of subscriber data between home location registers of a
telecommunications system
    • 在电信系统的归属位置寄存器之间迁移用户数据
    • US6115463A
    • 2000-09-05
    • US975632
    • 1997-11-21
    • Marc CoulombeJacques BugnonBenoit CoulombeRoch GlithoDavid Sugirtharaj
    • Marc CoulombeJacques BugnonBenoit CoulombeRoch GlithoDavid Sugirtharaj
    • H04W8/12H04W8/20H04B1/00
    • H04W8/12H04W8/20
    • A common channel signaling system interconnects two home location registers. A data administrator responds to a network operator request by sending commands to a first (originating) home location register to have subscriber data extracted and formatted for communication over the common channel signaling system. Prior to communication, the first home location register verifies a common channel signaling system functionality level of a second (destination) home location register. If verified, the communication is sent, unformatted, and the included subscriber data stored. A data network and service management access layer further interconnect the two home location registers. The data administrator responds to a generic network operator migration request by generating home location register specific commands instructing the first home location register to extract subscriber data for transfer over the data network and through the service management access layer to the second home location register for storage. Transfer considerations are also evaluated to select either the common channel signaling system or data network for the migration.
    • 公共信道信号系统互连两个归属位置寄存器。 数据管理员通过向第一(起始)归属位置寄存器发送命令来响应网络运营商请求,以提取用户数据并格式化用于通过公共信道信令系统的通信。 在通信之前,第一归属位置寄存器验证第二(目的地)归属位置寄存器的公共信道信令系统功能级别。 如果验证,则通信被发送,未格式化,并且包含的​​订户数据被存储。 数据网络和服务管理接入层进一步互连两个归属位置寄存器。 数据管理员通过产生归属位置寄存器特定命令来响应通用网络运营商迁移请求,该命令指示第一归属位置寄存器提取订户数据,以便通过数据网络传送并通过服务管理访问层到达第二归属位置寄存器进行存储。 还评估传输注意事项以选择用于迁移的公共信道信令系统或数据网络。
    • 2. 发明授权
    • Cluster of terminals and ad-hoc network for cluster-based multi-party conferencing
    • 终端集群和基于群集的多方会议的自组织网络
    • US07697490B2
    • 2010-04-13
    • US10999944
    • 2004-12-01
    • Rachida DssouliChunyan FuRoch Glitho
    • Rachida DssouliChunyan FuRoch Glitho
    • H04Q7/24
    • H04L67/12
    • A cluster of terminals, and an ad-hoc network of two or more such clusters, for carrying a multi-party, cluster-based, conference, wherein each cluster includes a super member comprising a super user agent, and one or more members including a user agent. Communications sessions are established between the super member of each cluster and each member terminals of the same cluster, and between the super members of each one of the first and second clusters. The user agent comprises identity of the super member, a conference identity, cluster parameters including a split value (Sv) indicative of a maximum number of terminals that may be part of the cluster, wherein when Sv is reached during the conference the cluster is split, and a merge value (Mv) indicative of a minimum number of terminals that may be part of the cluster, wherein when Mv is reached the cluster is merged with another cluster. The super user agent comprises a cluster member list, the conference identity, a cluster neighbour list, the one or more terminals also participating to the same conference, and cluster parameters.
    • 一种终端集群和两个或更多个这样的集群的自组织网络,用于承载多方,基于集群的会议,其中每个集群包括包括超级用户代理的超级成员,以及一个或多个成员,包括 用户代理。 在每个集群的超级成员和同一集群的每个成员终端之间以及第一和第二集群中的每一个的超级成员之间建立通信会话。 用户代理包括超级成员的身份,会议身份,包括指示可能是群集的一部分的终端的最大数量的分割值(Sv)的群集参数,其中当在会议期间到达群集时Sv被分割 ,以及指示可以是群集的一部分的终端的最小数量的合并值(Mv),其中当到达Mv时,将集群与另一个集群合并。 超级用户代理包括集群成员列表,会议标识,集群邻居列表,也参与同一会议的一个或多个终端以及集群参数。
    • 4. 发明授权
    • Centralized load minimizing method for periodical routing verification
tests scheduling
    • 用于定期路由验证测试调度的集中负载最小化方法
    • US5553058A
    • 1996-09-03
    • US499814
    • 1995-07-10
    • Roch Glitho
    • Roch Glitho
    • H04L12/56H04Q3/00H04Q11/04H04J3/14
    • H04L49/3081H04Q11/0478H04Q3/0025H04L2012/5626
    • There is disclosed a method for scheduling verification tests to audit routing information in a packet switching network comprising a plurality of packet switching nodes and a plurality of bi-directional links each interconnecting a distinct pair of said nodes. The method involves the operation system of the telecommunications management network selecting when to schedule verification tests of routing tables in the network. The operation system selects a test time duration period for scheduling all the verification tests to be run on the network. The operation system further selects the number of nodes to be tested and determines sub-tests to all destination nodes frown each node in the network to be tested. The operation system then selects a time test interval based or the quotient of the scheduled test time duration period and the total number of tests to be conducted. Verification tests at each node are then scheduled by the operation system by spacing the start up time for each test at each node by the time test interval. The method for scheduling routing verification tests of the present invention has the advantage in that it disperses the load induced on the network by running these verification test at spaced apart time intervals over a test time frame so as to ensure that a minimal number of verification tests are run at any one time in the network.
    • 公开了一种用于调度验证测试以在包括多个分组交换节点和多个双向链路的分组交换网络中审核路由信息的方法,每个双向链路互连了一对不同的所述节点。 该方法涉及电信管理网络的操作系统,选择何时安排网络中路由表的验证测试。 操作系统选择一个测试持续时间来调度在网络上运行的所有验证测试。 操作系统进一步选择要测试的节点数量,并确定对所有目标节点的子测试,皱缩待测网络中的每个节点。 然后,操作系统选择基于时间测试间隔或预定测试持续时间周期的商和要进行的测试的总数。 每个节点的验证测试然后由操作系统通过将每个节点的每个测试的启动时间间隔时间测试间隔来进行调度。 用于调度本发明的路由验证测试的方法的优点在于,它通过在测试时间间隔上以间隔的时间间隔运行这些验证测试来分散在网络上引起的负载,以便确保最小数量的验证测试 在网络中随时都可以运行。
    • 7. 发明申请
    • User agent and super user agent for cluster-based multi-party conferencing in ad-hoc networks
    • 用户代理和用户代理,用于在ad-hoc网络中进行基于群集的多方会议
    • US20060114847A1
    • 2006-06-01
    • US10999955
    • 2004-12-01
    • Rachida DssouliChunyan FuRoch Glitho
    • Rachida DssouliChunyan FuRoch Glitho
    • H04Q11/00
    • H04M3/56H04M3/562H04M7/0063H04W4/06H04W8/26H04W28/18H04W40/24H04W76/10H04W84/18
    • A user agent and a super user agent for use in terminals for cluster-based multi-party conferencing using one or more clusters of terminals. Each cluster includes a super member comprising a super user agent, and one or more members including a user agent. The user agent comprises identity of the super member terminal of the cluster, a conference identity identifying the cluster-based conference, cluster parameters including a split value (Sv) indicative of a maximum number of terminals that may be part of the cluster, wherein when Sv is reached during the conference the cluster is split, and a merge value (Mv) indicative of a minimum number of terminals that may be part of the cluster, wherein when Mv is reached the cluster is merged with another cluster. The super user agent comprises a cluster member list of terminals of the cluster, the conference identity, a cluster neighbour list identifying any other one or more neighbour terminals including a super user agent, the one or more terminals also participating to the same conference, and the cluster parameters.
    • 用于使用终端的用户代理和超级用户代理,用于使用一个或多个终端集群的基于群集的多方会议。 每个集群包括包括超级用户代理的超级成员以及包括用户代理的一个或多个成员。 用户代理包括集群的超级成员终端的标识,识别基于集群的会议的会议标识,包括表示可以是集群的一部分的终端的最大数目的分割值(Sv)的集群参数,其中,当 Sv在群集被拆分的会议期间到达,以及指示可以是群集的一部分的终端的最小数量的合并值(Mv),其中当到达群集Mv时,与另一个群集合并。 超级用户代理包括集群终端的集群成员列表,会议身份,识别包括超级用户代理的任何其他一个或多个相邻终端的集群邻居列表,所述一个或多个终端也参与同一会议,以及 集群参数。
    • 8. 发明授权
    • Operation and maintenance control point and method of managing a self-engineering telecommunications network
    • 管理自主工程电信网络的运行维护控制点和方法
    • US06233449B1
    • 2001-05-15
    • US09138719
    • 1998-08-24
    • Roch GlithoBo Svensson
    • Roch GlithoBo Svensson
    • H04Q720
    • H04W24/02H04Q3/0075H04W24/04
    • An operation and maintenance control point (OMCP) operates at an intermediate level in a telecommunications network between the network elements and the network management system (NMS). The OMCP reduces the processing load on the NMS, and rather than reporting symptoms, provides the NMS with suggested corrective actions to correct reported problems. The NMS executes the suggested corrective actions and compares the actual results in the network with predicted results. Feedback on the results is then provided to the OMCP to improve its analysis and provide more effective corrective actions are suggested if the problem recurs. By automatically interfacing with the NMS, which analyzes and executes the suggested corrective actions, the OMCP creates a self-engineering telecommunications network.
    • 操作和维护控制点(OMCP)在网络元件和网络管理系统(NMS)之间的电信网络中的中间级别操作。 OMCP减少了NMS的处理负载,而不是报告症状,为NMS提供了建议的纠正措施来纠正报告的问题。 NMS执行建议的纠正措施,并将网络中的实际结果与预测结果进行比较。 然后将结果的反馈提供给OMCP,以改进其分析,并在问题重现时提供更有效的纠正措施。 通过自动与网络管理系统进行接口,分析并执行建议的纠正措施,OMCP创建了一个自主设计的电信网络。
    • 9. 发明授权
    • Implementation of notification capabilities in relational databases
    • 在关系数据库中实现通知功能
    • US6041327A
    • 2000-03-21
    • US989944
    • 1997-12-12
    • Roch GlithoMario Banville
    • Roch GlithoMario Banville
    • G06F1/00G06F11/34G06F17/30G06F21/00H04W8/18
    • G06F21/00G06F17/30595G06F11/3466H04W8/18Y10S707/99931Y10S707/99945
    • A client sends a first message (such as a stored procedure function call) to a server relational database identifying notifications concerning database access related events of interest. Responsive to this first message, logic within the server relational database monitors instances of database accesses, determines whether any of those accesses relate to events of interest, and then stores those determined events. The client also sends a second message (such as blocking stored procedure function call) requesting that it be notified of any stored events of interest. Responsive to this second message, the logic within the server relational database checks to see whether any events have been stored, sends a notification message containing an identification of those stored events to the client, and then clears the stored events. These notifications concerning external events of interest may then be processed by a service management application executed within the client.
    • 客户端向服务器关系数据库发送第一个消息(如存储过程函数调用),该关系数据库标识关于数据库访问相关事件的通知。 响应于该第一消息,服务器关系数据库内的逻辑监视数据库访问的实例,确定这些访问中的任何一个是否与感兴趣的事件相关,然后存储这些确定的事件。 客户端还发送第二个消息(例如阻止存储过程函数调用),请求将其通知任何存储的感兴趣的事件。 响应于该第二消息,服务器关系数据库内的逻辑检查是否存储了任何事件,向客户端发送包含那些存储事件的标识的通知消息,然后清除所存储的事件。 关于感兴趣的外部事件的这些通知然后可以由在客户端内执行的服务管理应用来处理。
    • 10. 发明授权
    • Method for determining the load induced by a routing verification test
on a network
    • 用于确定由网络上的路由验证测试引起的负载的方法
    • US5544154A
    • 1996-08-06
    • US401161
    • 1995-03-09
    • Roch Glitho
    • Roch Glitho
    • H04M3/22H04L12/26H04Q3/00H04Q3/60H04Q3/66
    • H04Q3/665H04L12/2602H04L43/00H04Q3/0025
    • There is disclosed a method for determining the load to be induced on a network by running a routing verification test on the network. The method involves utilizing the telecommunications management network to sample through a general purpose management interface routing table information at live nodes in the operating network. The telecommunications management network subsequently determines the message tree between an operator selected source node and destination node and determines from this tree the number of transmitted, acknowledged and received messages that would be generated by conducting a routing verification test on the network. This method has the advantage that the operator is informed before running a verification test of the load that test will induce on the network. Thus the operator can run the test at his discretion to ensure that overload conditions are not experienced by running the test.
    • 公开了一种通过在网络上运行路由验证测试来确定要在网络上引起的负载的方法。 该方法涉及利用电信管理网络通过通用管理接口在运营网络中的实时节点上路由表信息进行采样。 电信管理网络随后确定操作员选择的源节点和目的地节点之间的消息树,并且从该树确定将通过在网络上进行路由验证测试而生成的发送的,确认的和接收到的消息的数量。 该方法具有以下优点:在对测试将在网络上引起的负载进行验证测试之前通知操作者。 因此,操作员可以自行运行测试,以确保运行测试不会遇到过载条件。