给出一种以频率调制连续波（FMCW）技术为基础的进行无接触、无累加误差和较大动态范围距离测量方法。
Based on linear frequency modulation continuous wave (FMCW) technique, we have developed a distance measurement method for non contact and non integrating error measurement.
系统各齿轮都具有安装误差时，各齿轮副承载情况受误差累加或相反作用的影响。
When every gear has different installation errors, the load situations are influenced by the error accumulation and opposition.
利用随机过程的方法来分析系统误差的变化过程，建立了系统误差的随机过程模型——误差累加模型和维纳过程模型。
Rules of the system error along with time is represented and stochastic process models are established: error accumulating model and Wiener model.
利用随机过程的方法来分析系统误差的变化过程，建立了系统误差的随机过程模型——误差累加模型和维纳过程模型。
Rules of the system error along with time is represented and stochastic process models are established: error accumulating model and Wiener model.
应用推荐