介绍了自校正技术在高精度测试系统中的应用。
The application of auto-correction technology in high precise testing system is presented.
介绍了在电阻式传感器测量电路中采用多基准源进行实时自校正的技术。
The technology of real time auto-correction by using multiple reference sources in measuring circuit in resistance transducer is introduced.
内容包括工艺跟踪、浓度跟踪、自寻优、自校正、效应控制等技术以及友好的人机接口。
The technology involves the process control, concentration tracking, self-optimization, self-correction, AE control and a friendly man-computer interface.
在此基础上，进一步提出了借助于三值K图化简技术，设计具有自校正功能的三值扭环形计数器的方法。
The design method of ternary Johnson counter with automatic correction is presented by means of ternary K-map minimization.
本文将广义最小方差策略与极点配置策略相结合并采用正则化及相对死区技术提出了一种鲁棒自校正显式算法，并给出了鲁棒性分析，物理实验结果和仿真结果。
A self-tuning robust explicit algorithm with normalization and dead-zone is presented combining generalized minimum variance with pole-placement strategy , with the robustness discussed.
基于电罗经技术的磁罗经自差自动测定和校正系统是一个综合了电罗经和磁罗经技术的自差测定和校正系统。
Based on the gyrocompass technique, the magnetic compass deviation automatic measurement and correction system synthesizes both gyrocompass and magnetic compass technique.
本论文主要研究了差压传感器的设计方法、制作工艺、非线性自校正及温度漂移自补偿等技术。
This paper is mainly the research on the design techniques, facture technics, non-linear self-emendation and temperature-bias self-compensate techniques of dif-pressure sensors.
本论文主要研究了差压传感器的设计方法、制作工艺、非线性自校正及温度漂移自补偿等技术。
This paper is mainly the research on the design techniques, facture technics, non-linear self-emendation and temperature-bias self-compensate techniques of dif-pressure sensors.
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