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    • 3. 发明申请
    • SYSTEMS AND METHODS FOR MEASURING EFFECTIVE CUSTOMER IMPACT OF NETWORK PROBLEMS IN REAL-TIME USING STREAMING ANALYTICS
    • 用于测量实时使用流式分析中的网络问题的有效客户影响的系统和方法
    • WO2017172541A1
    • 2017-10-05
    • PCT/US2017/024158
    • 2017-03-24
    • ANRITSU COMPANY
    • MEDAS, CarloMOTTA, Davide
    • G06F11/34H04W24/02H04W24/08G06Q30/02
    • A system used for identifying issues within a telecom network. Data is obtained from sources including probes and network elements. KPIs are identified for real-time streaming aggregation. Streaming data related to the KPIs is aggregated and an approximation of count-distinct subscribers and volume count is calculated, as well as count-distinct subscribers aggregating by each identified KPI. Drill objects found in the aggregated data are identified based on the calculations and real-time trending records are generated and stored for each drill object using an exponential moving average. Baseline averages are generated based on the real-time trending records. An increase in errors can then be detected based on the baseline averages and additionally aggregated real-time streaming data. Deviations in each drill object contributing to the detected increase in errors are then analyzed and a full case report is generated based on details of the deviations.
    • 用于识别电信网络内问题的系统。 数据来源包括探针和网络元素。 KPI被识别用于实时流聚合。 汇总与KPI相关的流数据并计算不同计数的订户和数量的近似值,以及按每个标识的KPI汇总的计数不同的订户。 在汇总数据中找到的钻探对象基于计算进行识别,并使用指数移动平均值为每个钻探对象生成并存储实时趋势记录。 基线平均值是基于实时趋势记录生成的。 然后可以基于基线平均值和另外汇总的实时流数据来检测错误的增加。 然后分析导致检测到的错误增加的每个钻探对象中的偏差,并基于偏差的细节生成完整的病例报告。

    • 6. 发明申请
    • FREQUENCY-SCALABLE IMAGING RADAR
    • 频率可缩放成像雷达
    • WO2017123299A1
    • 2017-07-20
    • PCT/US2016/057184
    • 2016-10-14
    • ANRITSU COMPANY
    • NOUJEIM, KaramSTICKLE, Kyle
    • G01S13/88G01S13/89H03B19/05
    • G01S13/888G01S13/42G01S13/90H03B19/05
    • An imaging device includes an antenna configured to transmit millimeter waves, a connector adapted to connect a radio frequency (RF) signal source with the imaging device and a signal path connected between the connector and the antenna. A nonlinear transmission line (NLTL)-based frequency multiplier is arranged along the signal path to receive an RF signal from the RF signal source and increase a frequency of the RF signal to millimeter frequency to produce a millimeter wave. A NLTL-based variable delay line is arranged along the signal path between the NLTL-based frequency multiplier and the antenna. A time delay of an NLTL of the NLTL-base variable delay line is variable to steer a beam of the millimeter wave in at least one dimension as the millimeter wave is transmitted by the antenna. A receiver processes a return signal received in response to the millimeter wave.
    • 一种成像装置包括:配置为发射毫米波的天线;适于将射频(RF)信号源连接到成像装置的连接器;以及连接在连接器和天线之间的信号路径。 基于非线性传输线(NLTL)的倍频器沿着信号路径布置以接收来自RF信号源的RF信号并且将RF信号的频率增加到毫米频率以产生毫米波。 基于NLTL的可变延迟线沿着基于NLTL的倍频器和天线之间的信号路径排列。 基于NLTL的可变延迟线的NLTL的时间延迟是可变的,以随着毫米波被天线发射而在至少一个维度上引导毫米波的波束。 接收器处理接收到的响应毫米波的返回信号。