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    • 1. 发明授权
    • Active RC filter circuit for use as a band-stop filter
    • 有源RC滤波电路用作带阻滤波器
    • US4999522A
    • 1991-03-12
    • US262563
    • 1988-10-24
    • Yannick Deville
    • Yannick Deville
    • H03H11/04H03H11/18
    • H03H11/18H03H11/04
    • A circuit forming an active RC filter for use as a band-stop filter in high and very-high frequency domains, having a second order transfer function, comprising a circuit that includes a building block for performing a filtering and amplifying function, and a building block S.sub.3 for performing the summation V.sub.S of the circuit output signal and the signal V.sub.E applied to the input E of the circuit, characterized in that the filter building block is formed by a series arrangement of two filter building blocks F.sub.1 and F.sub.2 each having a first order all-pass function, and in that the circuit also includes an amplifier building block A.sub.1 in a series arrangement with the filter building blocks F.sub.1, F.sub.2, inserted between the output of the latter building blocks and the output of the circuit, in that the input signal V.sub.E is applied on the other hand to the summation building block S.sub.3 through an amplifier A.sub.2, and in that the summation building block S.sub.3 is formed by coupling the outputs of the amplifier building blocks A.sub. 1 and A.sub.2 for forming the circuit output S at which the output signal V.sub.S is available and in that each building block F.sub.1 and F.sub.2 comprises a phase-shifting bridge associated to an amplifier stage.
    • 一种形成有源RC滤波器的电路,其用作具有二阶传递函数的高频和非常高频域中的带阻滤波器,包括包括用于执行滤波和放大功能的构建块的电路和建筑物 块S3用于执行电路输出信号和加到电路输入端E上的信号VE的和,其特征在于,滤波器构成块由两个过滤结构单元F1和F2的串联排列形成, 并且该电路还包括与插入在后一结构单元的输出和电路的输出之间的滤波器构成块F1,F2的串联布置的放大器构建块A1,其中, 另一方面,通过放大器A2向求和构建块S3施加输入信号VE,并且通过将放大器bui的输出耦合来形成求和构成块S3 用于形成输出信号VS可用的电路输出S的标记块A 1和A 2,并且每个构建块F1和F2包括与放大器级相关联的移相桥。
    • 2. 发明授权
    • Apparatus for and method of generating an approximation function
    • 用于产生近似函数的装置和方法
    • US5519647A
    • 1996-05-21
    • US241088
    • 1994-05-11
    • Yannick DeVille
    • Yannick DeVille
    • G06F1/02G06F17/17G06F17/18G06G7/28G06E1/00G06E3/00G06F7/38
    • G06F17/18G06F17/17
    • An apparatus (5) for generating an approximation function based on first pairs ((X.sub.1, Y.sub.1) to (X.sub.6, Y.sub.6)) of values associating a dependent variable (Y.sub.1 to Y.sub.6) with an independent variable (X.sub.1 to X.sub.6), and for determining second pairs (X.sub.A, Y'.sub.A) of values of said variables in accordance with said approximation function. The apparatus comprises: a) first means (10) for iteratively determining at least one current linear regression function, for selecting that one of the current linear functions which produces the approximation of all the pairs of said series with minimal errors, and for coding the selected linear regression function with the aid of specific codes (p, q), and b) second means (17) for determining said second pairs (X.sub.A, Y'.sub.A) with the aid of said specific codes. The apparatus can also be used for calculating approximated values of mathematical functions, for example a in a neural network, or for determining a regression function forming an approximation to experimental measurement results, for example distributed measurements resulting from monitoring an industrial process. The invention also relates to a method of generating an approximation function.
    • 一种用于基于将从属变量(Y1至Y6)与自变量(X1至X6)相关联的值的第一对((X1,Y1)至(X6,Y6))生成逼近函数的装置(5) 根据所述近似函数确定所述变量的值的第二对(XA,Y'A)。 该装置包括:a)用于迭代确定至少一个当前线性回归函数的第一装置(10),用于选择当前线性函数中的一个产生具有最小误差的所有序列的所有对的近似值,并用于对 借助于特定代码(p,q)选择的线性回归函数,以及b)借助于所述特定代码来确定所述第二对(XA,Y'A)的第二装置(17)。 该装置还可以用于计算数学函数的近似值,例如在神经网络中,或用于确定形成对实验测量结果的近似的回归函数,例如由监测工业过程产生的分布式测量。 本发明还涉及一种产生近似函数的方法。
    • 3. 发明授权
    • Data exchange system with a plurality of data carriers
    • 具有多个数据载体的数据交换系统
    • US5956654A
    • 1999-09-21
    • US709499
    • 1996-09-06
    • Yannick DevilleLaurence Andry
    • Yannick DevilleLaurence Andry
    • G06K7/00H04B1/38
    • G06K7/10059G06K7/0008
    • The system includes a base station (1) which communicates with a plurality of data carriers (2.sub.1, 2.sub.2) via wireless links. In order to enable the station (1) to identify several data carriers simultaneously, the system includes a device (15) for the separation of sources and also several demodulation units (12.sub.1, 12.sub.2).Depending on the type of modulation, the type of link used, and the arrangement of the source separation device (15) with respect to the demodulation units, the signals received by the source separation device can be convolutional mixtures or instantaneous linear mixtures of the signals transmitted by the data carriers. In order to process the different types of signal received, the source separation device may have a recursive structure, a direct structure or a mixed structure. Adaptation means (105) calculate filtering coefficients which are adapted to enable the source separation device (15) to separate the estimated identification signals for each data carrier requesting communication with the base station.
    • 该系统包括经由无线链路与多个数据载体(21,22)进行通信的基站(1)。 为了使站(1)能够同时识别多个数据载体,该系统包括用于分离源的设备(15)和数个解调单元(121,122)。 根据调制类型,使用的链路类型以及源分离装置(15)相对于解调单元的布置,由源分离装置接收的信号可以是信号的卷积混合或瞬时线性混合信号 由数据载体传输。 为了处理接收的不同类型的信号,源分离装置可以具有递归结构,直接结构或混合结构。 适应装置(105)计算滤波系数,滤波系数适于使得源分离装置(15)能够分离用于请求与基站通信的每个数据载体的估计识别信号。
    • 4. 发明授权
    • Transmission system for correlated signals
    • 相关信号传输系统
    • US06256394B1
    • 2001-07-03
    • US08781572
    • 1997-01-09
    • Yannick DevilleJean-Christophe Boissy
    • Yannick DevilleJean-Christophe Boissy
    • H04B1500
    • G10L21/0272G10L2021/02165H04R3/02H04R27/00
    • Signal transmission system includes a processor (SEPAR) for isolating an estimate (IL) for at least one wanted signal (XL) contained in at least one mixed signal (Ea). At least one sensor (Ma) detects the mixed signal which includes at least the wanted signal (XL) and at least two correlated interference signals (Pa, Pb) generated in response respectively to two correlated electric signals (CRa, CRb). The processor (SEPAR) receives on the input the detected mixed signal (Ea) and the two correlated electric signals (CRa, CRb). By decorrelating the estimate (IL) relative respectively to the correlated electric signals (CRa, CRb), the processing means extracts the estimate (IL) of the wanted.
    • 信号传输系统包括用于隔离包含在至少一个混合信号(Ea)中的至少一个有用信号(XL)的估计(IL)的处理器(SEPAR)。 至少一个传感器(Ma)检测至少包含有用信号(XL)的混合信号和分别响应于两个相关电信号(CRa,CRb)产生的至少两个相关干扰信号(Pa,Pb)。 处理器(SEPAR)在输入端接收检测到的混合信号(Ea)和两个相关的电信号(CRa,CRb)。 通过将估计(IL)相对于相关电信号(CRa,CRb)分别去相关,处理装置提取想要的估计(IL)。
    • 6. 发明授权
    • Separation system for non-stationary sources
    • 非固定源分离系统
    • US05999956A
    • 1999-12-07
    • US18979
    • 1998-02-05
    • Yannick Deville
    • Yannick Deville
    • G01D1/00G01H17/00G06K9/62G10L11/00G10L15/20G10L21/02H03H21/00G06F17/10
    • H03H21/0012G06K9/624H03H2021/0034
    • A source separation system (10) processes input signals formed by mixtures of primary signals originating from sources and estimates the primary signals so that the estimates do not differ even in the presence of non-stationary input signals. The system includes a first separation sub-assembly (12) which produces first estimates of the primary signals, a second sub-assembly (14) which adaptively determines the separation coefficients, and a third sub-assembly (15) which standardizes the first estimates and produces first standardized estimates used for the calculation of the separation coefficients. An output module (17) produces estimates which have between them the same proportionality ratio as that existing between the primary signals. A selection module (19) avoids an estimate being duplicated on various outputs in the case where certain primary signals are absent or very weak.
    • 源分离系统(10)处理由源自源的主要信号的混合形成的输入信号,并且估计主信号,使得即使在存在非平稳输入信号的情况下估计也不会有差异。 该系统包括产生主要信号的第一估计的第一分离子组件(12),自适应地确定分离系数的第二子组件(14)和标准化第一估计值的第三子组件(15) 并产生用于计算分离系数的第一标准化估计。 输出模块(17)产生在它们之间具有与在主信号之间存在的相称比例比的估计。 在某些主要信号不存在或非常弱的情况下,选择模块(19)避免在各种输出上复制估计。
    • 7. 发明授权
    • Signal-source characterization system
    • 信号源表征系统
    • US5825671A
    • 1998-10-20
    • US394976
    • 1995-02-27
    • Yannick Deville
    • Yannick Deville
    • H04B14/04G06F17/10G06K9/62G06N3/04H03G3/32H04B15/00
    • H03G3/32G06K9/624G06N3/04
    • A source characterization system (8) which, starting from linear convolutive mixtures E(t) of primary signals X(t) from sources (S1-Sn), determines signals F(t) which form an estimate of a characteristic variable of at least one primary signal X(t). This variable may be an average energy, a spectral density or an autocorrelation function. A pre-processing device (20) enables the signals E(t) from the mixtures to be pre-processed before they are applied to the source separation device (10). The measured variable may serve to retroact on the operation of the sources. The source characterization system may be used for the control of apparatuses for transmitting and/or receiving electric, acoustic or electromagnetic signals.
    • 从源(S1-Sn)的主信号X(t)的线性卷积混合物E(t)开始的源表征系统(8)确定形成至少一个特征变量的估计的信号F(t) 一个主信号X(t)。 该变量可以是平均能量,频谱密度或自相关函数。 预处理装置(20)使得来自混合物的信号E(t)在被施加到源分离装置(10)之前被预处理。 测量的变量可能用于对源的操作进行追溯。 源表征系统可以用于控制用于发送和/或接收电,声或电信号的装置。
    • 9. 发明授权
    • Neural processor comprising means for normalizing data
    • 神经处理器包括用于归一化数据的装置
    • US5784536A
    • 1998-07-21
    • US464922
    • 1995-06-05
    • Yannick Deville
    • Yannick Deville
    • G06G7/60G06F7/496G06F7/535G06F7/537G06F15/18G06N3/02G06N3/06G06N3/063
    • G06N3/063
    • A neural processor includes neural calculation apparatus (30, NQ, RQ) which normalize an input data X with respect to another input data Y. It performs a division of X by Y in order to determine a quotient Q. The calculation apparatus are programmed to calculate (30) by iteration, a series of contributions .DELTA.Q.sub.i which are used (NQ, RQ) to update a partial quotient QP which becomes the quotient Q at the end of calculation. The calculation can be performed on an arbitrary arithmetic base which determines the number of neurons utilized and also the accuracy of calculation. It is also possible to utilize a partial remainder RP. Several programming modes are presented.
    • 神经处理器包括相对于另一个输入数据Y对输入数据X进行归一化的神经计算装置(30,NQ,RQ)。它执行X除以Y以便确定商Q.计算装置被编程为 通过迭代计算(30),使用一系列贡献DELTA Qi(NQ,RQ)来更新在计算结束时成为商Q的部分商QP。 可以在任意的算术基础上执行计算,该算术基础确定所使用的神经元的数量以及计算的精度。 也可以利用部分余数RP。 介绍了几种编程模式。