首页> 外国专利> A process for the movement pattern of block-by-block evaluation based on a moving object measured doppler signals in a contactless

A process for the movement pattern of block-by-block evaluation based on a moving object measured doppler signals in a contactless

机译:一种基于运动对象在非接触式情况下测得的多普勒信号逐块评估运动模式的过程

摘要

A process for the movement pattern of block-by-block evaluation based on a moving object measured doppler signals in a contactless,characterized by the,– that the signals are scanned with a fixed sampling rate,– that the sampling values in the case of a low velocity, in particular by arithmetic averaging, and in front of the further processing are temporarily stored in a data record,– in a central control loop that the sampling values of the stamp on virtual sampling values to the actual movement model of the object corresponding optimum sampling instants are converted, wherein between the sampling instants of the sampling values of the basic set is interpolated, this virtual sampling values are subjected to a spectral evaluation, from the result of this assessment an improved motion model is formed, and with consequent correspondingly changed sampling instants iteratively a new virtual sampling of the base data set is carried out in the meantime, if appropriate, updated– and in that the in the central control loop to constantly updated movement model as the measurement result is transferred directly to the further data processing or on the basis of the motion model the motion parameters..
机译:一种基于运动对象的逐块评估运动模式的过程,该过程以非接触方式测量多普勒信号,其特征是:-以固定的采样率扫描信号;-在以下情况下采样值:低速,特别是通过算术平均的低速,并在进一步处理之前被临时存储在数据记录中;在中央控制回路中,将虚拟采样值上的图章的采样值转换为对象的实际运动模型转换相应的最佳采样时刻,其中在基本集的采样值的采样时刻之间进行插值,对虚拟采样值进行频谱评估,从评估结果中形成改进的运动模型,并由此得出运动模型相应地更改采样时刻,然后在适当的情况下,对基础数据集进行新的虚拟采样,同时进行更新–当测量结果直接传输到进一步的数据处理或基于运动模型的运动参数时,他可以在中央控制回路中不断更新运动模型。

著录项

  • 公开/公告号DE10328037B4

    专利类型

  • 公开/公告日2006-07-13

    原文格式PDF

  • 申请/专利权人 SIEMENS AG 80333 MÜNCHEN DE;

    申请/专利号DE2003128037

  • 发明设计人 KAKUSCHKE CHRIS 12435 BERLIN DE;

    申请日2003-06-18

  • 分类号G01S7/292;G01S13/58;G01S13/50;

  • 国家 DE

  • 入库时间 2022-08-21 21:21:04

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