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    • 1. 发明授权
    • Convolutional coding and decoding method and system
    • 卷积编码和解码方法及系统
    • US07080311B2
    • 2006-07-18
    • US10259567
    • 2002-09-30
    • Thibault GalletAndré MarguinaudBrigitte Romann
    • Thibault GalletAndré MarguinaudBrigitte Romann
    • H03M13/03
    • H03M13/47H03M13/23H03M13/35H03M13/37H03M13/39
    • A method of transmitting convolutionally encoded data with separate, independent and looped encoding over at least one data portion. The data is distributed over one or more cycles, and a plurality of cycles can be grouped into packets for discontinuous transmission if necessary. Weighted decoding is effected independently and cycle by cycle: it starts at a robust location, with a relatively high likelihood, and terminates at a weak location, with a weak likelihood, ignoring the concept of time. This limits the size of the packets of errors and prevents the propagation of packets of errors due to scrambling. Independent encoding and decoding of data can be effected without exchanging parameters between cycles and the parameters of each cycle (size, redundancy, constraint length) can be separate. Different degrees of protection and time-delay are permitted as a function of the nature of the data to be transmitted (voice, digital data, signaling, etc.).
    • 一种在至少一个数据部分上以独立且独立和循环编码的卷积编码数据发送的方法。 数据分布在一个或多个周期上,并且如果需要,可以将多个周期分组成不连续传输的分组。 加权解码独立地进行循环的循环:它以比较高的可能性开始于鲁棒的位置,并以弱的可能性终止于弱的位置,忽略时间的概念。 这限制了错误包的大小,并且防止由于加扰而导致的错误包的传播。 数据的独立编码和解码可以在不在周期之间交换参数的情况下进行,每个周期的参数(大小,冗余,约束长度)可以分开。 根据要发送的数据的性质(语音,数字数据,信令等),允许不同程度的保护和时间延迟。
    • 6. 发明授权
    • Method of digitally evaluating the frequency and the phase of signals,
and a device for implementing such a method
    • 对信号的频率和相位进行数字评估的方法,以及用于实现这种方法的装置
    • US4954961A
    • 1990-09-04
    • US197251
    • 1988-05-23
    • Sylvain FontanesPatrice BirotAndre MarguinaudThierry QuignonBrigitte Romann
    • Sylvain FontanesPatrice BirotAndre MarguinaudThierry QuignonBrigitte Romann
    • G01R23/02G01R25/00H03H17/02
    • G01R23/02G01R25/00
    • A method of digitally evaluating the frequency and the phase of signals in the form of digitized samples, the method being wherein it comprises in succession:a stage during which numbers corresponding to the samples of the signal to be analyzed are processed in order to convert them into the form of an analytic signal whose real portion coincides with said signal to be analyzed; and, in parallel therewith:a stage of estimating the parameters to be analyzed which is performed in an overall manner on the basis of estimators and of selection criteria by working on the phase of the signal without using any operator of the Fourier transform type or any hypothesis test either separately or simultaneously; anda stage of estimating the differences between the real signal as taken in this way and the signal obtained from the estimated parameters, thereby making it possible to deliver data in digital form relating to the quality of the analyzed signal and to the reliability of the estimated values. The invention is applicable, in particular, to microwaves.
    • 以数字化样本的形式对信号的频率和相位进行数字评估的方法,其方法是连续地包括:处理与待分析信号的样本相对应的数字的阶段,以便对它们进行转换 成为分析信号的形式,其实际部分与要分析的信号一致; 并且与此并行:在不使用傅立叶变换类型的任何算子或者任意的任何运算符的情况下,通过对信号的相位进行工作来估计基于估计器和选择标准以总体方式进行分析的参数的阶段 假设检验单独或同时进行; 以及估计以这种方式获得的实际信号与从估计参数获得的信号之间的差异的阶段,从而使得可以以与分析的信号的质量相关的数字形式传送数据以及估计的信号的可靠性 价值观。 本发明特别适用于微波。