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    • 1. 发明申请
    • SIMULATION DEVICE AND SIMULATION METHOD
    • 模拟装置和模拟方法
    • US20110166846A1
    • 2011-07-07
    • US12896428
    • 2010-10-01
    • Liang DouZhenning TaoShoichiro Oda
    • Liang DouZhenning TaoShoichiro Oda
    • G06G7/62
    • H04Q11/0062H04Q2011/0086H04Q2213/1301
    • The present invention relates to a simulation device and simulation method for a cascade communication system. The cascade communication system comprises a plurality of nodes numbered as 1 to N successively from a transmitter to a receiver, the method comprises: acquiring simulation parameters required for simulating the cascade communication system; calculating reverse transfer functions of the respective nodes; determining a current node in a sequence from the Nth node to the first node; adding noise that should be added at the current node to a simulation signal of a previous node from the current node; simulating the current node to generate a simulation signal of the current node, by using the simulation signal of the previous node added with the noise that should be added at the current node, based on the reverse transfer function of the current node; judging whether simulations of all the nodes are completed; if the simulations of all the nodes are not completed, repeating the adding and the simulating for the simulation signal of the current node; if the simulations of all the nodes are completed, determining a cost of the cascade communication system based on the simulation signal of the current node.
    • 本发明涉及级联通信系统的仿真装置和仿真方法。 级联通信系统包括从发射机到接收机连续编号为1到N的多个节点,该方法包括:获取模拟级联通信系统所需的模拟参数; 计算各个节点的反向传递函数; 确定从第N个节点到第一节点的序列中的当前节点; 将当前节点应添加的噪声添加到来自当前节点的先前节点的模拟信号; 基于当前节点的反向传递函数,通过使用添加了当前节点应添加的噪声的先前节点的模拟信号,模拟当前节点生成当前节点的模拟信号; 判断所有节点的仿真是否完成; 如果所有节点的仿真都没有完成,则对当前节点的仿真信号重复加法和仿真; 如果所有节点的模拟完成,则根据当前节点的模拟信号确定级联通信系统的成本。
    • 2. 发明授权
    • Simulation device and simulation method
    • 仿真设备及仿真方法
    • US08566073B2
    • 2013-10-22
    • US12896428
    • 2010-10-01
    • Liang DouZhenning TaoShoichiro Oda
    • Liang DouZhenning TaoShoichiro Oda
    • G06F17/50G06G7/62
    • H04Q11/0062H04Q2011/0086H04Q2213/1301
    • A simulation method for a cascade communication system comprising a nodes sequence numbered as 1 to N from a transmitter to a receiver, comprises: acquiring simulation parameters; calculating reverse transfer functions of the nodes; determining a current node in the sequence; adding noise that should be added at the current node to a simulation signal of a previous node; simulating the current node to generate a simulation signal of the current node, by using the simulation signal of the previous node added with the noise that should be added at the current node, based on the reverse transfer function of the current node; judging whether simulations of all the nodes are completed; if yes, repeating the adding and the simulating; if not, determining a cost of the based on the simulation signal of the current node.
    • 一种级联通信系统的仿真方法,包括从发射机到接收机的编号为1到N的节点序列,包括:获取模拟参数; 计算节点的反向传递函数; 确定序列中的当前节点; 将应该在当前节点添加的噪声添加到先前节点的模拟信号; 基于当前节点的反向传递函数,通过使用添加了当前节点应添加的噪声的先前节点的模拟信号,模拟当前节点生成当前节点的模拟信号; 判断所有节点的仿真是否完成; 如果是,重复添加和模拟; 如果不是,则基于当前节点的模拟信号确定成本。
    • 5. 发明授权
    • Phase recovery device, phase recovery method and receiver for 16 QAM data modulation
    • 相位恢复装置,相位恢复方法和接收机,用于16个QAM数据调制
    • US08331496B2
    • 2012-12-11
    • US12896476
    • 2010-10-01
    • Meng YanZhenning TaoShoichiro Oda
    • Meng YanZhenning TaoShoichiro Oda
    • H04L27/00
    • H04L27/3827H04L2027/0046H04L2027/0067
    • The present invention relates to a phase recovery device, phase recovery method and receiver for 16 QAM data modulation. The phase recovery device comprises: a fourth power calculator for calculating fourth power values of respective symbols in a symbol block; a classification unit for classifying respective symbols in the symbol block based on amplitudes, so as to classify respective symbols in the symbol block into a first category having a large or small amplitude, and a second category having an intermediate amplitude; a reference point determination unit for determining a reference point based on categories of respective symbols in the symbol block and their fourth power values; a rotation unit for rotating respective symbols in the symbol block undergone the fourth power operations and being classified into the second category, based on the reference point; and a phase estimation unit for performing phase estimations based on respective symbols in the symbol block undergone the fourth power operations and being classified into the first category, and respective rotated symbols in the symbol block undergone the fourth power operations and being classified into the second category.
    • 本发明涉及用于16QAM数据调制的相位恢复装置,相位恢复方法和接收机。 相位恢复装置包括:第四功率计算器,用于计算符号块中各符号的第四功率值; 分类单元,用于基于幅度对符号块中的各个符号进行分类,以将符号块中的各个符号分类为具有大或小幅度的第一类别和具有中间幅度的第二类别; 参考点确定单元,用于基于符号块中的各个符号的类别及其第四功率值来确定参考点; 旋转单元,用于旋转经过第四功率操作的符号块中的各个符号,并且基于参考点将其分类为第二类别; 以及相位估计单元,用于基于经过第四功率操作的符号块中的各个符号执行相位估计,并将其分类为第一类别,以及经过第四功率操作的符号块中的各个旋转符号,并被分类为第二类别 。
    • 6. 发明申请
    • APPARATUS AND METHOD FOR MONITORING STATISTICAL CHARACTERISTICS OF PHASE NOISES, AND COHERENT OPTICAL COMMUNICATION RECEIVER
    • 用于监测相位噪声统计特性的装置和方法以及相关光通信接收机
    • US20110286741A1
    • 2011-11-24
    • US13058262
    • 2008-11-28
    • Weizhen YanZhenning TaoShoichiro Oda
    • Weizhen YanZhenning TaoShoichiro Oda
    • H04B10/08
    • H04J14/02H04B10/60H04B10/611H04B10/6163
    • This invention relates to an apparatus and a method for monitoring statistical characteristics of phase noises, as well as to a coherent optical communication receiver. The apparatus for monitoring statistical characteristics of phase noises comprises an argument calculating unit (203), for obtaining an argument of a signal input thereto; an unwrapping unit (204), for unwrapping the argument obtained by the argument calculating unit (203) to obtain a phase signal (205); a delaying unit (207), for delaying the phase signal; a differentiating unit (209), for obtaining a difference between a phase signal currently obtained by the unwrapping unit (204) and a phase signal delayed by the delaying unit (207); a modulus squaring unit (210), for obtaining a square of the modulus of the difference; and an averaging unit (211), for averaging squares of moduli of a plurality of differences obtained by the modulus squaring unit (210) to obtain a mean-squared differential phase (MSDP) value.
    • 本发明涉及用于监测相位噪声的统计特性以及相干光通信接收机的装置和方法。 用于监视相位噪声的统计特性的装置包括:一个参数计算单元,用于获得输入到其中的信号的自变量; 一个展开单元(204),用于展开由参数计算单元(203)获得的参数以获得相位信号(205); 延迟单元(207),用于延迟所述相位信号; 差分单元(209),用于获得由解包单元(204)当前获得的相位信号与由延迟单元(207)延迟的相位信号之间的差; 模数平方单元(210),用于获得所述差的模数的平方; 以及平均单元(211),用于对通过所述模量平方单元(210)获得的多个差的模量的平均值进行平均,以获得平均差分相位(MSDP)值。
    • 8. 发明申请
    • PHASE RECOVERY DEVICE, PHASE COVERY METHOD AND RECEIVER FOR 16 QAM DATA MODULATION
    • 相位恢复装置,相位覆盖方法和接收器,用于16 QAM数据调制
    • US20110116809A1
    • 2011-05-19
    • US12896476
    • 2010-10-01
    • Meng YANZhenning TaoShoichiro Oda
    • Meng YANZhenning TaoShoichiro Oda
    • H03D1/24H04B10/06
    • H04L27/3827H04L2027/0046H04L2027/0067
    • The present invention relates to a phase recovery device, phase recovery method and receiver for 16 QAM data modulation. The phase recovery device comprises: a fourth power calculator for calculating fourth power values of respective symbols in a symbol block; a classification unit for classifying respective symbols in the symbol block based on amplitudes, so as to classify respective symbols in the symbol block into a first category having a large or small amplitude, and a second category having an intermediate amplitude; a reference point determination unit for determining a reference point based on categories of respective symbols in the symbol block and their fourth power values; a rotation unit for rotating respective symbols in the symbol block undergone the fourth power operations and being classified into the second category, based on the reference point; and a phase estimation unit for performing phase estimations based on respective symbols in the symbol block undergone the fourth power operations and being classified into the first category, and respective rotated symbols in the symbol block undergone the fourth power operations and being classified into the second category.
    • 本发明涉及用于16QAM数据调制的相位恢复装置,相位恢复方法和接收机。 相位恢复装置包括:第四功率计算器,用于计算符号块中各符号的第四功率值; 分类单元,用于基于幅度对符号块中的各个符号进行分类,以将符号块中的各个符号分类为具有大或小幅度的第一类别和具有中间幅度的第二类别; 参考点确定单元,用于基于符号块中的各个符号的类别及其第四功率值来确定参考点; 旋转单元,用于旋转经过第四功率操作的符号块中的各个符号,并且基于参考点将其分类为第二类别; 以及相位估计单元,用于基于经过第四功率操作的符号块中的各个符号进行相位估计,并将其分类为第一类别,以及经过第四功率操作的符号块中的相应旋转符号,并被分类为第二类别 。
    • 9. 发明授权
    • Apparatus and method for monitoring statistical characteristics of phase noises, and coherent optical communication receiver
    • 监测相位噪声统计特性的装置和方法,以及相干光通信接收机
    • US08452192B2
    • 2013-05-28
    • US13058262
    • 2008-11-28
    • Weizhen YanZhenning TaoShoichiro Oda
    • Weizhen YanZhenning TaoShoichiro Oda
    • H04B10/06
    • H04J14/02H04B10/60H04B10/611H04B10/6163
    • This invention relates to an apparatus and a method for monitoring statistical characteristics of phase noises, as well as to a coherent optical communication receiver. The apparatus for monitoring statistical characteristics of phase noises comprises an argument calculating unit (203), for obtaining an argument of a signal input thereto; an unwrapping unit (204), for unwrapping the argument obtained by the argument calculating unit (203) to obtain a phase signal (205); a delaying unit (207), for delaying the phase signal; a differentiating unit (209), for obtaining a difference between a phase signal currently obtained by the unwrapping unit (204) and a phase signal delayed by the delaying unit (207); a modulus squaring unit (210), for obtaining a square of the modulus of the difference; and an averaging unit (211), for averaging squares of moduli of a plurality of differences obtained by the modulus squaring unit (210) to obtain a mean-squared differential phase (MSDP) value.
    • 本发明涉及用于监测相位噪声的统计特性以及相干光通信接收机的装置和方法。 用于监视相位噪声的统计特性的装置包括:一个参数计算单元,用于获得输入到其中的信号的自变量; 一个展开单元(204),用于展开由参数计算单元(203)获得的参数以获得相位信号(205); 延迟单元(207),用于延迟所述相位信号; 差分单元(209),用于获得由解包单元(204)当前获得的相位信号与由延迟单元(207)延迟的相位信号之间的差值; 模数平方单元(210),用于获得所述差的模数的平方; 以及平均单元(211),用于对通过所述模量平方单元(210)获得的多个差的模量的平均值进行平均,以获得平均差分相位(MSDP)值。
    • 10. 发明申请
    • POLARIZATION SCATTERING COMPENSATION DEVICE AND POLARIZATION SCATTERING COMPENSATION METHOD
    • 偏振散射补偿装置和极化散射补偿方法
    • US20120275797A1
    • 2012-11-01
    • US13458773
    • 2012-04-27
    • Lei LiZhenning TaoShoichiro Oda
    • Lei LiZhenning TaoShoichiro Oda
    • H04B10/00H04B15/00
    • H04B10/66H04B10/2519H04J14/06
    • Polarization scattering compensation device and method are disclosed. In the device, a time sequence alignment unit aligns time sequences of signals in the first and second polarization state transmitted simultaneously; a polarization scattering estimation unit estimates a scattering coefficient of a scattering by the signal in the first polarization state on the signal in the second polarization state, and a scattering coefficient of a scattering by the signal in the second polarization state on the signal in the first polarization state; and a polarization scattering removal unit removes the scattering by the signal in the first polarization state on the signal in the second polarization state, and the scattering by the signal in the second polarization state on the signal in the first polarization state, in accordance with the scattering coefficients.
    • 公开了极化散射补偿装置和方法。 在该装置中,时间序列对准单元对准同时传输的第一和第二极化状态的信号的时间序列; 偏振散射估计单元通过第一偏振态的信号对第二偏振态的信号和第二偏振态中的信号的散射散射系数估计第一偏振态的信号的散射散射系数 极化状态; 并且偏振散射去除单元根据第二偏振状态的信号和第一偏振态的信号在第一偏振态的信号上的第一偏振态的信号的散射,根据第 散射系数。