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    • 2. 发明公开
    • Non-intrusive network-based analysis of facsimile transmissions
    • Beeinflussungsfreie分析basierend auf einem Netzwerk vonFaksimileübertragungen。
    • EP0561498A2
    • 1993-09-22
    • EP93300999.5
    • 1993-02-11
    • AT&T Corp.
    • Fuller, Richard C.Goeddel, Thomas W.Heick, R.B.Herzlinger, MartinKrishnamurthy, Subramanian
    • H04M3/22H04L12/26H04N1/00
    • H04N1/0001H04L43/00H04N1/00002H04N1/00029H04N1/00034H04N1/00039H04N1/0005H04N1/00061H04N1/00074
    • Non-intrusive monitoring and analysis of real-time facsimile transmissions is accomplished. Analog impairment measurements are made on the high speed page signal in those transmissions and protocol analysis is made on the low speed control messages in those transmissions. These measurements and analysis are a powerful tool for trouble shooting service problems afflicting facsimile transmissions. Real customer traffic can be monitored to detect circuit impairments and to evaluate service being provided. A selected incoming trunk of a central office switch is accessed and a monitoring function with respect to that trunk is established. A signal classification operation (66) is performed, which identifies the presence of a facsimile transmission and what kind of facsimile transmission it is. When the classification operation has determined the presence and nature of a facsimile transmission, a series of non-intrusive impairment measurements is made (68) using the page information sent in the course of the facsimile transmission. Analog transmission impairments are identified along with signal to noise performance. Echo and delay measurements are also taken (70) and the protocols are tracked (72). The measurement data are collected (74) and analyzed (76) to ascertain whether or not the facsimile transmission was normal. A diagnostic module (76) uses the measurements to determine why any given transmission was abnormal.
    • 实现了实时传真传输的非侵入式监控和分析。 在这些传输中对高速页面信号进行模拟损伤测量,并对这些传输中的低速控制消息进行协议分析。 这些测量和分析是影响传真传输的服务问题的强大工具。 可以监控真实的客户流量以检测电路损伤并评估所提供的服务。 访问中心局交换机的选定进入中继线,并建立相对于该中继线的监控功能。 执行信号分类操作(66),其识别传真传输的存在以及它是什么样的传真传输。 当分类操作已经确定传真传输的存在和性质时,使用在传真传输过程中发送的页面信息进行一系列非侵入性损害测量(68)。 识别模拟传输损伤以及信噪比性能。 还采用回波和延迟测量(70)并跟踪协议(72)。 收集测量数据(74)并分析(76)以确定传真传输是否正常。 诊断模块(76)使用测量来确定为什么给定的传输异常。
    • 4. 发明公开
    • Non-intrusive network-based analysis of facsimile transmissions
    • 非侵入性的基于网络的传真传输分析
    • EP0561498A3
    • 1994-01-05
    • EP93300999.5
    • 1993-02-11
    • AT&T Corp.
    • Fuller, Richard C.Goeddel, Thomas W.Heick, R.B.Herzlinger, MartinKrishnamurthy, Subramanian
    • H04M3/22H04L12/26H04N1/00
    • H04N1/0001H04L43/00H04N1/00002H04N1/00029H04N1/00034H04N1/00039H04N1/0005H04N1/00061H04N1/00074
    • Non-intrusive monitoring and analysis of real-time facsimile transmissions is accomplished. Analog impairment measurements are made on the high speed page signal in those transmissions and protocol analysis is made on the low speed control messages in those transmissions. These measurements and analysis are a powerful tool for trouble shooting service problems afflicting facsimile transmissions. Real customer traffic can be monitored to detect circuit impairments and to evaluate service being provided. A selected incoming trunk of a central office switch is accessed and a monitoring function with respect to that trunk is established. A signal classification operation (66) is performed, which identifies the presence of a facsimile transmission and what kind of facsimile transmission it is. When the classification operation has determined the presence and nature of a facsimile transmission, a series of non-intrusive impairment measurements is made (68) using the page information sent in the course of the facsimile transmission. Analog transmission impairments are identified along with signal to noise performance. Echo and delay measurements are also taken (70) and the protocols are tracked (72). The measurement data are collected (74) and analyzed (76) to ascertain whether or not the facsimile transmission was normal. A diagnostic module (76) uses the measurements to determine why any given transmission was abnormal.
    • 实时传真传输的非侵入式监测和分析已完成。 在这些传输中对高速寻呼信号进行模拟损伤测量,并对这些传输中的低速控制消息进行协议分析。 这些测量和分析功能是解决传真传输困扰服务问题的强大工具。 可以监控真正的客户流量以检测电路损坏并评估所提供的服务。 访问中心局交换机的选定入局中继线,并建立与该中继线相关的监视功能。 执行信号分类操作(66),其识别传真传输的存在以及它是什么类型的传真传输。 当分类操作确定了传真传输的存在和性质时,使用在传真传输过程中发送的页面信息进行一系列非侵入式损伤测量(68)。 模拟传输损伤与信噪比性能一起被识别。 还采取回声和延迟测量(70)并且跟踪协议(72)。 收集(74)和分析(76)测量数据以确定传真传输是否正常。 诊断模块(76)使用测量来确定为什么给定的传输是异常的。