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    • 1. 发明授权
    • Method for editing an input quantity for a neural network
    • 用于编辑神经网络的输入量的方法
    • US5706401A
    • 1998-01-06
    • US699558
    • 1996-08-19
    • Volker Tresp
    • Volker Tresp
    • G06F15/18G06N3/02G06N3/04G06E1/00G06E3/00
    • G06N3/04
    • In a method for supplementing missing data in a time series used as an input to a neural network or for improving noise-infested data supplied to a neural network, error distribution densities for the missing values are calculated on the basis of the known measured values from the time series and their known or predetermined error distribution density, and samples are taken from this error distribution density according to the Monte Carlo method. These each lead to an estimated or predicted value whose average is introduced for the value to be predicted. The method can be employed for the operation as well as for the training of the neural network, and is suitable for use in all known fields of utilization of neural networks.
    • 在用作补充神经网络的输入的时间序列中的缺失数据的补充方法中,或用于改善提供给神经网络的噪声感知数据的方法,基于已知的测量值来计算缺失值的误差分布密度 时间序列及其已知或预定的误差分布密度,并根据蒙特卡罗方法从该误差分布密度中取样。 这些都导致估计或预测值,其平均值被引入要预测的值。 该方法可以用于神经网络的操作和训练,并且适用于所有已知的神经网络的利用领域。
    • 5. 发明申请
    • Method and device for user-specific parameterization of an x-ray device
    • 用于X射线设备的用户特定参数化的方法和设备
    • US20060002513A1
    • 2006-01-05
    • US11170661
    • 2005-06-29
    • Philipp BernhardtMarcus PfisterRudolf SollacherVolker Tresp
    • Philipp BernhardtMarcus PfisterRudolf SollacherVolker Tresp
    • H05G1/42
    • A61B6/481A61B6/4035A61B6/504A61B6/542A61B6/544A61B6/583A61B6/588
    • A method and a suitable x-ray device (1) for carrying out the method are specified for effective and operationally simplified user-specific optimization of a parameter configuration (K) of an x-ray device (1), said configuration comprising at least one recording parameter (U,I,t,F). It is accordingly provided that a user (20) is shown a plurality of reference images (V, V1) for different reference parameter sets (PV) from a reference memory (21) in which are stored a large number of reference images (V, V0) each with an associated reference parameter set (PV), that for each reference image (V, V1) shown the user (20) submits an assessment (BM) of the image quality (V, V1), and that on the basis of the submitted assessments (BM) an optimized parameter configuration (K) is created from the reference parameter sets (PV) of the reference images (V, V1) shown.
    • 指定用于执行该方法的方法和合适的x射线装置(1),用于有效和操作地简化X射线装置(1)的参数配置(K)的用户特定优化,所述配置至少包括 一个记录参数(U,I,t,F)。 因此,用户(20)从参考存储器(21)中显示用于不同参考参数组(PV)的多个参考图像(V,V 1),其中存储了大量参考图像(V ,V 0),每个具有相关联的参考参数集(PV),对于所示的每个参考图像(V,V 1),用户(20)提交图像质量(V,V 1)的评估(BM),以及 根据所提交的评估(BM),根据所示的参考图像(V,V 1)的参考参数组(PV)创建优化参数配置(K)。
    • 9. 发明申请
    • METHOD FOR IDENTIFYING SPIT OR SPAM FOR VOIP
    • 识别SPIT或SPAM的方法
    • US20090202061A1
    • 2009-08-13
    • US12281935
    • 2007-03-02
    • Joachim CharzinskiChristof StörmannVolker TrespStefan Hagen WeberKai Yu
    • Joachim CharzinskiChristof StörmannVolker TrespStefan Hagen WeberKai Yu
    • H04M3/42
    • H04M3/436H04L65/1079H04M7/006
    • The invention relates to a method for the computer-assisted identification of a class of VoIP calls of a first type (spam) in a communication network (internet). Said communication network has a plurality (N) of first subscribers (Tn1-1, . . . , Tn1-5) and a plurality (M) of second subscribers (Tn2-1, . . . , Tn2-7), the first and the second subscribers being allocated a definite characteristic (IP address, telephone number, e-mail address) wherein, at least some of the first subscribers (Tn1-1, . . . , Tn1-5) are allocated, respectively, with at least one list (white list, black list) which contains at least one definite characteristic of the second subscriber. During a call of one of the second subscribers to one of the first subscribers, a control screens to see whether the characteristic of the second subscriber is on the list of the first subscriber and in the event that the second subscriber is not on the list of the called first subscribers, the lists of the additional first subscriber are used to make a decision whether the call is classified as a call of the first type (spam or trusted caller).
    • 本发明涉及一种用于计算机辅助识别通信网络(互联网)中的第一类型(垃圾邮件)的VoIP呼叫的方法。 所述通信网络具有多个(N)个第一用户(Tn1-1,...,Tn1-5)和多个(M)个第二用户(Tn2-1,...,Tn2-7),第一 并且第二用户被分配有明确的特征(IP地址,电话号码,电子邮件地址),其中分别分配了第一用户(Tn1-1,...,Tn1-5)中的至少一些,具有 至少包含第二用户的至少一个确定特征的列表(白名单,黑名单)。 在第一用户之一的第二用户之一的呼叫期间,控制屏幕,以查看第二用户的特征是否在第一用户的列表上,以及在第二用户不在第 被叫的第一用户,附加的第一用户的列表被用于决定呼叫是否被分类为第一类型的呼叫(垃圾邮件或受信任的呼叫者)。
    • 10. 发明授权
    • Method and device for user-specific parameterization of an x-ray device
    • 用于X射线设备的用户特定参数化的方法和设备
    • US07298823B2
    • 2007-11-20
    • US11170661
    • 2005-06-29
    • Philipp BernhardtMarcus PfisterRudolf SollacherVolker Tresp
    • Philipp BernhardtMarcus PfisterRudolf SollacherVolker Tresp
    • H05G1/30
    • A61B6/481A61B6/4035A61B6/504A61B6/542A61B6/544A61B6/583A61B6/588
    • A method and a suitable x-ray device (1) for carrying out the method are specified for effective and operationally simplified user-specific optimization of a parameter configuration (K) of an x-ray device (1), said configuration comprising at least one recording parameter (U,I,t,F). It is accordingly provided that a user (20) is shown a plurality of reference images (V,V1) for different reference parameter sets (PV) from a reference memory (21) in which are stored a large number of reference images (V,V0) each with an associated reference parameter set (PV), that for each reference image (V,V1) shown the user (20) submits an assessment (BM) of the image quality (V,V1), and that on the basis of the submitted assessments (BM) an optimized parameter configuration (K) is created from the reference parameter sets (PV) of the reference images (V,V1) shown.
    • 指定用于执行该方法的方法和合适的x射线装置(1),用于有效和操作地简化X射线装置(1)的参数配置(K)的用户特定优化,所述配置至少包括 一个记录参数(U,I,t,F)。 因此,用户(20)从参考存储器(21)中显示用于不同参考参数组(PV)的多个参考图像(V,V 1),其中存储了大量参考图像(V ,V 0),每个具有相关联的参考参数集(PV),对于所示的每个参考图像(V,V 1),用户(20)提交图像质量(V,V 1)的评估(BM),以及 根据所提交的评估(BM),根据所示的参考图像(V,V 1)的参考参数组(PV)创建优化参数配置(K)。