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    • 4. 发明授权
    • Method of collecting per-user performance data
    • 收集每个用户的性能数据的方法
    • US09107032B2
    • 2015-08-11
    • US12545607
    • 2009-08-21
    • Harvey RubinJean-Michel PugeatBaoling S. SheenDennis J. Wiest
    • Harvey RubinJean-Michel PugeatBaoling S. SheenDennis J. Wiest
    • H04L12/50H04W8/02H04W80/04H04W24/08
    • H04W8/02H04W24/08H04W80/04
    • The present invention provides a method for implementation in a wireless communication system including a plurality of base stations, a plurality of gateways, and a plurality of mobility management entities. The method includes receiving, at a first mobility management entity and from a first base station, measurement data collected by the first base station for a first mobile unit having a connection to the wireless communication system via the first base station. The measurement data includes a temporary identifier associated with the first mobile unit for the duration of the connection. The method also includes identifying the first mobile unit using the temporary identifier and forming a first record associated with the first mobile unit. The first record includes the measurement data collected by the first base station for the first mobile unit and previously collected measurement data for the first mobile unit.
    • 本发明提供一种在包括多个基站,多个网关和多个移动性管理实体的无线通信系统中实现的方法。 该方法包括在第一移动性管理实体和第一基站处接收由第一基站收集的用于具有经由第一基站与无线通信系统的连接的第一移动单元的测量数据。 测量数据包括在连接期间与第一移动单元相关联的临时标识符。 该方法还包括使用临时标识符识别第一移动单元并形成与第一移动单元相关联的第一记录。 第一记录包括由第一移动单元的第一基站收集的测量数据和第一移动单元的先前收集的测量数据。
    • 5. 发明申请
    • METHOD OF COLLECTING PER-USER PERFORMANCE DATA
    • 收集性能数据的方法
    • US20110044283A1
    • 2011-02-24
    • US12545607
    • 2009-08-21
    • Harvey RubinJean-Michel PugeatBaoling S. SheenDennis J. Wiest
    • Harvey RubinJean-Michel PugeatBaoling S. SheenDennis J. Wiest
    • H04W36/00H04W16/00
    • H04W8/02H04W24/08H04W80/04
    • The present invention provides a method for implementation in a wireless communication system including a plurality of base stations, a plurality of gateways, and a plurality of mobility management entities. The method includes receiving, at a first mobility management entity and from a first base station, measurement data collected by the first base station for a first mobile unit having a connection to the wireless communication system via the first base station. The measurement data includes a temporary identifier associated with the first mobile unit for the duration of the connection. The method also includes identifying the first mobile unit using the temporary identifier and forming a first record associated with the first mobile unit. The first record includes the measurement data collected by the first base station for the first mobile unit and previously collected measurement data for the first mobile unit.
    • 本发明提供一种在包括多个基站,多个网关和多个移动性管理实体的无线通信系统中实现的方法。 该方法包括在第一移动性管理实体和第一基站处接收由第一基站收集的用于具有经由第一基站与无线通信系统的连接的第一移动单元的测量数据。 测量数据包括在连接期间与第一移动单元相关联的临时标识符。 该方法还包括使用临时标识符识别第一移动单元并形成与第一移动单元相关联的第一记录。 第一记录包括由第一移动单元的第一基站收集的测量数据和第一移动单元的先前收集的测量数据。
    • 10. 发明授权
    • Data communication network
    • 数据通信网络
    • US4562436A
    • 1985-12-31
    • US399186
    • 1982-07-16
    • Charles L. ColemanHarvey Rubin
    • Charles L. ColemanHarvey Rubin
    • H04M3/30H04Q9/00H04M3/24
    • H04M3/30
    • A mechanized system distributing the access, test and communication functions to the pont of testing, typically the centralized switching facility serving the telephone loops and equipment to be tested. Computer (200) stores information about each subscriber loop in the geographical area served by a system. Front-end computers (220,221) interact with computer (200) to retrieve pertinent data regarding loops to be tested. Each switching facility in an area includes a loop testing system (e.g., 160) that implements the required functions. The communication functions residing in front-end computers (220,221) and loop testing systems (160,161) are coupled via a data communication network (140) in a manner that allows any front-end computer to communicate with any loop testing system. Users of the system control access and test from consoles having the capability of establishing independent communication paths over the national dial network for interactive tests in loops accessed through standard test trunks. Microprocessor-based circuitry is utilized for numerous system tasks such as signal generation, digital signal processing and controlling sensitive analog measurements. Signal generation includes digital generation of analog waveforms. Signal processing techniques incorporate various digital filters to analyze sample sequences derived from, for example, dial pulses and coin telephone signals. Sensitive analog measurements of loop characteristics are effected with a magnetic current detector that operates over broad current and frequency ranges. Frequency dependent measurements are converted to DC using synchronous demodulation techniques to enhance resolution.
    • 将访问,测试和通信功能分配给测试的机械化系统,通常是服务于要测试的电话回路和设备的集中式交换设施。 计算机(200)存储关于由系统服务的地理区域中的每个用户环路的信息。 前端计算机(220,221)与计算机(200)进行交互以检索关于要测试的循环的相关数据。 区域中的每个切换设备包括实现所需功能的环路测试系统(例如,160)。 驻留在前端计算机(220,221)和环路测试系统(160,161)中的通信功能通过数据通信网络(140)以允许任何前端计算机与任何环路测试系统通信的方式耦合。 系统的用户通过控制台进行访问和测试,具有通过国家拨号网络建立独立通信路径的功能,用于通过标准测试中继线访问的循环中的交互式测试。 基于微处理器的电路用于许多系统任务,例如信号生成,数字信号处理和控制敏感的模拟测量。 信号发生包括模拟波形的数字生成。 信号处理技术包括各种数字滤波器以分析从例如拨号脉冲和硬币电话信号导出的样本序列。 使用在宽电流和频率范围内工作的磁流检测器实现环路特性的敏感模拟测量。 使用同步解调技术将频率相关测量值转换为直流,以增强分辨率。