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    • 1. 发明授权
    • Data collection in an access network
    • 访问网络中的数据收集
    • US08811571B2
    • 2014-08-19
    • US13637590
    • 2011-03-25
    • Christopher M. CrootAshley PickeringPhilip A. EverettTrevor Linney
    • Christopher M. CrootAshley PickeringPhilip A. EverettTrevor Linney
    • H04M1/24H04M3/08H04M3/22
    • H04M3/2254H04L43/0829H04M3/30H04M2203/558
    • A telecommunications access network includes a plurality of telecommunications lines (1), a plurality of aggregation devices (51-54), a plurality of data collector modules (71-73) and a line provisioning and de-provisioning system (90), wherein each line is connected between customer premises equipment (11-13,21-23,31-33,41-43) and a line aggregation device (51-54). The access network is operable to provide data connections through at least a first sub-set of the lines (1) to a core network whereby network services may be provided over the network to the customer premises equipment. The access network further includes a management module (80) for managing at least a second sub-set of the lines (1) within the access network, the management module (80) being operable to receive aggregated data from a plurality of data collector modules, each data collector module (71-73) being operable to receive data from a plurality of the line aggregation devices. The network further comprises a file check module having a line status database (106) for storing information about the lines which are managed by the management module including the identity of the line aggregation device to which each line is connected and means for receiving information from the line provisioning and de-provisioning system and means for using the information received from the line-provisioning and de-provisioning system to maintain the file check module's database current. The file check module further comprises means (104) for receiving received data information from the management module specifying what data it has received and means (102,200) for comparing the received data information with data from the database (106) to generate comparison data, and output means (102,200) for outputting the generated comparison data.
    • 电信接入网络包括多个电信线路(1),多个汇聚设备(51-54),多个数据采集器模块(71-73)和线路供应和取消供应系统(90),其中 每条线路连接在客户端设备(11-13,21-23,31-33,41-43)和线路聚合设备(51-54)之间。 接入网络可操作以通过至少第一线路(1)的第一子集提供到核心网络的数据连接,由此网络服务可以通过网络提供给客户驻地设备。 所述接入网络还包括用于管理所述接入网络内的所述线路(1)的至少第二子集的管理模块(80),所述管理模块(80)可操作以从多个数据收集器模块接收聚合数据 ,每个数据收集器模块(71-73)可操作以从多个线路聚合设备接收数据。 该网络还包括具有线路状态数据库(106)的文件检查模块,用于存储关于由管理模块管理的线路的信息,该管理模块包括每行连接的线路汇聚设备的身份,以及用于从 线路供应和去配置系统以及用于使用从线路供应和去配置系统接收的信息来维持文件检查模块的数据库为最新的装置。 文件检查模块还包括用于从管理模块接收指定其接收的数据的接收数据信息的装置(104)和用于将接收的数据信息与来自数据库(106)的数据进行比较以产生比较数据的装置(102,200),以及 用于输出所生成的比较数据的输出装置(102,200)。
    • 4. 发明申请
    • METHOD AND APPARATUS FOR COMMUNICATING DATA OVER A DATA NETWORK
    • US20100183062A1
    • 2010-07-22
    • US12668942
    • 2008-07-11
    • Philip EverettTrevor LinneyGary DalbyChristopher M. CrootAshley Pickering
    • Philip EverettTrevor LinneyGary DalbyChristopher M. CrootAshley Pickering
    • H04B1/38
    • H04M11/062H04L41/0806H04L41/082H04L41/0896H04L41/22
    • A method of provisioning an interface device (40), the interface device 40 interfacing between an access network (19, 20 30) and a back-bone network (50), the access network including a Digital Subscriber Line, DSL, connection (16, 18, 19, 20) to an end user (terminal 14) and a transceiver device (20) including a DSL transceiver for modulating and demodulating signals sent to and from the end user terminal (14) over the DSL connection, the arrangement of the network apparatus being such that data from a device (62) connected to the back-bone network (50) which is destined for the end user terminal (14) passes through the interface device (40) and then through the access network (30) and wherein the interface device (40) is operable to constrain the rate of flow of data from the backbone network (50) through the interface device (40) towards the end user terminal (14) to a predetermined maximum rate specified for the end user terminal (14). The method comprises: providing a management device (100) for managing the interface device (40); receiving data readings from the transceiver device (20) indicative of the current or recent line rate of the DSL connection; and provisioning the interface device (40) to restrict data flowing to the DSL connection to a new maximum rate selected by the management device (100) in accordance with the received data readings from the transceiver device (20) indicative of the current or recent line rate of the DSL connection, wherein, when the new maximum rate is greater than the existing maximum rate for the DSL connection at which the interface device (40) is currently provisioned, the interface device (40) is provisioned (or re-provisioned) only after a delay period, and wherein the delay period depends upon the amount of the increase in the new maximum rate compared to the existing maximum rate, and wherein, the greater the increase, the shorter the delay period.
    • 5. 发明申请
    • DATA COLLECTION IN AN ACCESS NETWORK
    • 访问网络中的数据收集
    • US20130028392A1
    • 2013-01-31
    • US13637590
    • 2011-03-25
    • Christopher M. CrootAshley PickeringPhilip A. EverettTrevor Linney
    • Christopher M. CrootAshley PickeringPhilip A. EverettTrevor Linney
    • H04M1/24
    • H04M3/2254H04L43/0829H04M3/30H04M2203/558
    • A telecommunications access network includes a plurality of telecommunications lines (1), a plurality of aggregation devices (51-54), a plurality of data collector modules (71-73) and a line provisioning and de-provisioning system (90), wherein each line is connected between customer premises equipment (11-13,21-23,31-33,41-43) and a line aggregation device (51-54). The access network is operable to provide data connections through at least a first sub-set of the lines (1) to a core network whereby network services may be provided over the network to the customer premises equipment. The access network further includes a management module (80) for managing at least a second sub-set of the lines (1) within the access network, the management module (80) being operable to receive aggregated data from a plurality of data collector modules, each data collector module (71-73) being operable to receive data from a plurality of the line aggregation devices. The network further comprises a file check module having a line status database (106) for storing information about the lines which are managed by the management module including the identity of the line aggregation device to which each line is connected and means for receiving information from the line provisioning and de-provisioning system and means for using the information received from the line-provisioning and de-provisioning system to maintain the file check module's database current. The file check module further comprises means (104) for receiving received data information from the management module specifying what data it has received and means (102,200) for comparing the received data information with data from the database (106) to generate comparison data, and output means (102,200) for outputting the generated comparison data.
    • 电信接入网络包括多个电信线路(1),多个汇聚设备(51-54),多个数据采集器模块(71-73)和线路供应和取消供应系统(90),其中 每条线路连接在客户端设备(11-13,21-23,31-33,41-43)和线路聚合设备(51-54)之间。 接入网络可操作以通过至少第一线路(1)的第一子集提供到核心网络的数据连接,由此网络服务可以通过网络提供给客户驻地设备。 所述接入网络还包括用于管理所述接入网络内的所述线路(1)的至少第二子集的管理模块(80),所述管理模块(80)可操作以从多个数据收集器模块接收聚合数据 ,每个数据收集器模块(71-73)可操作以从多个线路聚合设备接收数据。 该网络还包括具有线路状态数据库(106)的文件检查模块,用于存储关于由管理模块管理的线路的信息,该管理模块包括每行连接的线路汇聚设备的身份,以及用于从 线路供应和去配置系统以及用于使用从线路供应和去配置系统接收的信息来维持文件检查模块的数据库为最新的装置。 文件检查模块还包括用于从管理模块接收指定其接收的数据的接收数据信息的装置(104)和用于将接收的数据信息与来自数据库(106)的数据进行比较以产生比较数据的装置(102,200),以及 用于输出所生成的比较数据的输出装置(102,200)。