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    • 1. 发明授权
    • Measurement of LTE cell attach delay
    • 测量LTE小区连接延迟
    • US08442589B2
    • 2013-05-14
    • US13081118
    • 2011-04-06
    • Brendan Hassett
    • Brendan Hassett
    • H04B1/38
    • H04W24/10H04L43/0852H04W74/004H04W88/08
    • A base station has a wireless interface, a processor, and a management interface. The processor determines a delay before an attach request was successful, the processor also being arranged to determine a cumulative distribution of the delay values of different attach requests, and a compressed representation of the cumulative distribution. The management interface is used to send the compressed representation to a management system. The cumulative distribution is simpler, having no change in a sign of its gradient, and so can be approximated and represented in compressed form with much less risk of loss of relevant information.
    • 基站具有无线接口,处理器和管理接口。 处理器在附件请求成功之前确定延迟,处理器还被布置成确定不同附加请求的延迟值的累积分布以及累积分布的压缩表示。 管理界面用于将压缩表示发送到管理系统。 累积分布更简单,梯度的符号没有变化,因此可以近似并以压缩形式表示,相关信息的丢失风险更小。
    • 2. 发明申请
    • CONTROL OF TRANSMITTER CONFIGURATION FOR BASE STATION
    • 基站发射机配置控制
    • US20140221037A1
    • 2014-08-07
    • US14131670
    • 2011-07-08
    • Brendan Hassett
    • Brendan Hassett
    • H04W52/38
    • H04W52/38H04B17/309H04B17/318H04B17/327H04W52/143H04W52/245H04W52/325
    • Adjusting transmitter configuration for a base station transmitter of a cell of a wireless network, involves receiving indications of received power measured at user equipments (UE) of customers over a first period of time of service operation of the cell, determining a generic change in the received power over a second period of time at chosen ones of the user equipments in an area, chosen to represent reference points within the area, and chosen based on variability in the received power. Then an adjustment is made to the transmitter configuration based on the determined generic change in the received power. Selecting which UEs to use can enable detection of finer gradations in the generic changes in the received power to be distinguished from the larger changes in individual indications of the received power. This can lead to better control of the transmitter configuration under changing conditions.
    • 调整无线网络的小区的基站发射机的发射机配置包括在小区的业务操作的第一时间段内接收在用户设备(UE)处测量的接收功率的指示,确定小区的一般变化 在选择的区域中的用户设备的选定的一个用户设备中接收功率,该区域被选择为表示该区域内的参考点,并且基于接收功率的可变性来选择。 然后,基于所确定的接收功率的通用变化,对发射机配置进行调整。 选择要使用哪些UE可以在接收功率的通用变化中检测到更好的灰度,以区分接收功率的各个指示的较大变化。 这可以在变化的条件下更好地控制发射器配置。
    • 5. 发明申请
    • RECOVERY FROM MULTIPLE FAULTS IN A COMMUNICATIONS NETWORK
    • 从通信网络中的多个故障恢复
    • US20140177430A1
    • 2014-06-26
    • US14112807
    • 2011-04-21
    • Brendan Hassett
    • Brendan Hassett
    • H04L12/24
    • H04L41/0654H04L41/0609H04L41/0631
    • A method of recovery from multiple faults in a communications network comprising: a. receiving an alarm signal from each of a plurality of faults in the communications network, each alarm signal comprising a respective alarm descriptor; b. for each alarm signal: i. analysing the respective alarm descriptor to identify a possible root cause of the alarm signal; ii. providing a root cause metric for the identified possible root cause, the metric being indicative of a difficulty of repairing the respective fault; iii determining a service impact caused to the communications network by the respective fault; iv. providing a service impact metric indicative of the service impact; v. combining the root cause metric and the service impact metric to generate an alarm metric; c. ranking the alarm signals in dependence on their respective alarm metrics; and d. causing the fault having the highest ranked alarm metric to be repaired first.
    • 一种从通信网络中的多个故障恢复的方法,包括:a。 从通信网络中的多个故障中的每一个接收报警信号,每个报警信号包括相应的报警描述符; b。 对于每个报警信号:i。 分析相应的报警描述符以识别报警信号的可能根本原因; ii。 为所识别的可能的根本原因提供根本原因度量,该度量指示修复相应故障的难度; iii确定由相应故障对通信网络造成的服务影响; iv。 提供指示服务影响的服务影响度量; v。组合根本原因度量和服务影响度量以生成报警度量; C。 根据报警指标对报警信号进行排序; 和d。 导致首先修复排名最高的报警量程的故障。
    • 6. 发明授权
    • Control of transmitter configuration for base station
    • 基站发射机配置控制
    • US09226246B2
    • 2015-12-29
    • US14131670
    • 2011-07-08
    • Brendan Hassett
    • Brendan Hassett
    • H04W52/00H04W52/38H04W52/24H04W52/32H04B17/309H04W52/14H04B17/318H04B17/327
    • H04W52/38H04B17/309H04B17/318H04B17/327H04W52/143H04W52/245H04W52/325
    • Adjusting transmitter configuration for a base station transmitter of a cell of a wireless network, involves receiving indications of received power measured at user equipments (UE) of customers over a first period of time of service operation of the cell, determining a generic change in the received power over a second period of time at chosen ones of the user equipments in an area, chosen to represent reference points within the area, and chosen based on variability in the received power. Then an adjustment is made to the transmitter configuration based on the determined generic change in the received power. Selecting which UEs to use can enable detection of finer gradations in the generic changes in the received power to be distinguished from the larger changes in individual indications of the received power. This can lead to better control of the transmitter configuration under changing conditions.
    • 调整无线网络的小区的基站发射机的发射机配置包括在小区的业务操作的第一时间段内接收在用户设备(UE)处测量的接收功率的指示,确定小区的一般变化 在选择的区域中的用户设备的选定的一个用户设备中接收功率,该区域被选择为表示该区域内的参考点,并且基于接收功率的可变性来选择。 然后,基于所确定的接收功率的通用变化,对发射机配置进行调整。 选择要使用哪些UE可以在接收功率的通用变化中检测到更好的灰度,以区分接收功率的各个指示的较大变化。 这可以在变化的条件下更好地控制发射器配置。
    • 7. 发明授权
    • Recovery from multiple faults in a communications network
    • 从通信网络中的多个故障中恢复
    • US09331897B2
    • 2016-05-03
    • US14112807
    • 2011-04-21
    • Brendan Hassett
    • Brendan Hassett
    • H04L12/24
    • H04L41/0654H04L41/0609H04L41/0631
    • A method of recovery from multiple faults in a communications network comprising: a. receiving an alarm signal from each of a plurality of faults in the communications network, each alarm signal comprising a respective alarm descriptor; b. for each alarm signal: i. analyzing the respective alarm descriptor to identify a possible root cause of the alarm signal; ii. providing a root cause metric for the identified possible root cause, the metric being indicative of a difficulty of repairing the respective fault; iii. determining a service impact caused to the communications network by the respective fault; iv. providing a service impact metric indicative of the service impact; v. combining the root cause metric and the service impact metric to generate an alarm metric; c. ranking the alarm signals in dependence on their respective alarm metrics; and d. causing the fault having the highest ranked alarm metric to be repaired first.
    • 一种从通信网络中的多个故障恢复的方法,包括:a。 从通信网络中的多个故障中的每一个接收报警信号,每个报警信号包括相应的报警描述符; b。 对于每个报警信号:i。 分析相应的报警描述符以识别报警信号的可能根本原因; ii。 为所识别的可能的根本原因提供根本原因度量,该度量指示修复相应故障的难度; iii。 确定相应故障对通信网络造成的服务影响; iv。 提供指示服务影响的服务影响度量; v。组合根本原因度量和服务影响度量以生成报警度量; C。 根据报警指标对报警信号进行排序; 和d。 导致首先修复排名最高的报警量程的故障。