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    • 8. 发明授权
    • Method of authorizing AF sessions using external subscriber database
    • 使用外部用户数据库授权AF会话的方法
    • US08400916B2
    • 2013-03-19
    • US12824969
    • 2010-06-28
    • Kevin Scott CutlerSusan Patricia AckermanSteve RockFelix KatzKalyan Premchand SiddamFernando Cuervo
    • Kevin Scott CutlerSusan Patricia AckermanSteve RockFelix KatzKalyan Premchand SiddamFernando Cuervo
    • H04L12/26
    • H04L41/5029H04L63/102
    • Various exemplary embodiments relate to a method and related network node including one or more of the following: receiving, at the policy and charging rules node from a requesting entity, a message including a request associated with at least one service data flow (SDF), wherein the request includes at least one requested bandwidth; extracting at least one subscriber identifier from the message; retrieving a subscription record associated with the at least one subscriber identifier; determining whether the request should be fulfilled by performing at least one comparison of the at least one requested bandwidth for the SDF against at least one field of the subscription record; if the request should be fulfilled, establishing the SDF; and if the request should not be fulfilled: generating a response message that indicates that the request was rejected, and transmitting the response message to the requesting entity.
    • 各种示例性实施例涉及包括以下一个或多个的方法和相关网络节点:在策略和计费规则节点从请求实体接收包括与至少一个服务数据流(SDF)相关联的请求的消息, 其中所述请求包括至少一个所请求的带宽; 从消息中提取至少一个订户标识符; 检索与所述至少一个订户标识符相关联的订阅记录; 通过对所述SDF的所述至少一个所请求的带宽与所述订阅记录的至少一个字段进行至少一个比较来确定是否应该满足所述请求; 如果请求得到履行,建立自卫队; 并且如果不应该满足请求:生成指示请求被拒绝的响应消息,并将响应消息发送到请求实体。
    • 9. 发明申请
    • OPTIMIZATION OF RULE ENTITIES
    • 优化实体
    • US20120005144A1
    • 2012-01-05
    • US12827843
    • 2010-06-30
    • Kevin Scott CutlerFelix KatzKatha Kulasingam
    • Kevin Scott CutlerFelix KatzKatha Kulasingam
    • G06N5/02
    • G06N5/025
    • A method of optimizing a rules engine rule set is disclosed. The method provides for identifying groups of rule conditions within a rule table that are repetitive; determining a hash function that will effectively summarize in a condensed form the set of criteria, operations and values that distinguish the group for each respective group of the identified groups; calculating hash values per the hash functions for each row of the rule table; storing the derived hash functions, the calculated hash values, and the original rule in memory when loading; and then at run time when the rule engine is invoked: calculating the hash values using the respective hash functions associated with the rule table using the attributes provided at invocation; and skipping all rows whose hash values are different from the calculated invocation hash values. The method of optimizing rule entities is particularly useful for overcoming the longer calculation times associated with un-optimized rule tables known in the art.
    • 公开了一种优化规则引擎规则集的方法。 该方法提供了在规则表中识别重复的规则条件组; 确定散列函数,其将以缩写形式有效地总结用于区分每个相应组的所识别的组的组的标准,操作和值的集合; 根据规则表的每一行的散列函数计算哈希值; 在加载时存储导出的散列函数,计算的散列值和原始规则在存储器中; 然后在运行时调用规则引擎:使用调用时提供的属性,使用与规则表相关联的相应散列函数计算散列值; 并跳过哈希值与计算的调用哈希值不同的所有行。 优化规则实体的方法对于克服与本领域已知的未优化规则表相关联的较长计算时间特别有用。
    • 10. 发明申请
    • Centralized internet protocol/multi-protocol label switching connectivity verification in a communications network management context
    • 在通信网络管理环境中集中的互联网协议/多协议标签交换连接验证
    • US20050022189A1
    • 2005-01-27
    • US10820111
    • 2004-04-08
    • Denis ProulxCraig TimmermanFelix KatzMargaret RachniowskiAfshan ZabihiMacmohana Virdy
    • Denis ProulxCraig TimmermanFelix KatzMargaret RachniowskiAfshan ZabihiMacmohana Virdy
    • H04L12/24G06F17/50
    • H04L41/00
    • A framework for connectivity verification is provided. The framework includes a connectivity verification server performing unattended connectivity verification, and a connectivity verification application, both the connectivity verification server and connectivity verification application operating in a network management context. Connectivity verification jobs are defined via the connectivity verification application and the connectivity verification server is configured accordingly. Connectivity verification jobs can also be scheduled. The connectivity verification application also provides a display of connectivity verification results. The results of each connectivity verification job may be compared against a desired connectivity profile and deviations from the connectivity profile being used to raise alarms. Connectivity verification results, including alarm information, are further used to highlight displayed managed communications network entities on a network map displaying selected connectivity verification results. The advantages are derived from using the connectivity verification framework to automate connectivity verification testing at reduced operational costs.
    • 提供了一个连接验证框架。 该框架包括执行无人值守连接验证的连接性验证服务器,以及在网络管理环境中操作的连接性验证服务器和连接性验证应用程序的连接性验证应用程序。 通过连接验证应用程序定义连接验证作业,并相应地配置连接验证服务器。 还可以安排连接验证作业。 连通性验证应用程序还提供连接验证结果的显示。 可以将每个连接性验证作业的结果与期望的连接配置文件和与用于引发警报的连接配置文件的偏差进行比较。 包括报警信息在内的连通性验证结果进一步用于突出显示选定连接性验证结果的网络地图上显示的受管通信网络实体。 这些优点来源于使用连通性验证框架,以降低运营成本来自动进行连接验证测试。