1) Timing sampling
定时采样
1.
The system is based on Computer Control, the PID control and the FUZZY control can be realized in it,the correlative hardware and the interface technology, the collection and feedback of data, the theory of the system and Timing sampling ,and the control algorithms(PID and FUZZY) and the rule of FUZZY control all be introduced here,the experimental results are inclouded.
该文开发了一套计算机控制的位置伺服平台 ,平台能够实现PID控制、模糊控制 ,文中分析了相关的硬件和接口原理、控制软件工作机制和系统定时采样、数据采集和反馈读取 ,探讨了采用的PID控制算法、FUZZY模糊控制算法和相关的FUZZY控制规则并给出了相应的实验结果。
2) sample timing
采样钟定时
3) sampling time controlling
可控定时采样
1.
Secondly introduced is NDLS-3000 network double logging system,by using sampling time controlling and sonic synchronization partition controlling technology,direct current board sampling mode and sonic board sonic synchronization producing mode can be changed in order to resolve the interferenc.
NDLS-3000网络双测井系统为了解决声感并测干扰,通过应用可控定时采样和间隔可控声波同步技术,改变了直流板采样方式和声波板声波同步产生方式,在满足采样精度要求的情况下,获得了最佳的并测效果。
4) sample timing error
采样定时偏差
1.
The sample timing error and sampling frequency offset are analyzed respectively in detail by the digital model.
针对采样时钟同步偏差对正交频分复用(Orthogonal Frequency Division Multiplexing,OFDM)系统的影响,建立了数学模型,分别就采样定时偏差和采样频率偏差的影响进行详细分析;经过仿真,从星座图、误码率(Bit-Error-Rate,BER)及信噪比(Signal-to-Noise Ratio,SNR)损失等角度对采样频率偏差的影响做了揭示和验证。
5) sample-timing error
采样定时误差
6) timing of adopting and controlling
采样与控制定时
补充资料：报定时不定
【报定时不定】
谓业力定故，报不可改，然时有可转，故时节不定，是名报定时不定。
谓业力定故，报不可改，然时有可转，故时节不定，是名报定时不定。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条