2) CCD laser autocollimator
激光CCD自准直仪
1.
To meet the requirements for measuring accuracy and real-time performance of CCD laser autocollimators in fields of high-accuracy metrology and aiming and tracing system,a fast and precise center location method for circle target of CCD laser autocollimator is proposed.
为满足高精度测量和瞄准跟踪系统中对激光CCD自准直仪的测量精度和实时性的要求,提出一种快速高精度激光CCD自准直仪圆目标中心的定位方法。
2.
The specific characteristics of the circle target edge of CCD laser autocollimators can be fully extracted, the noises in images can be efficiently diminished by using the rot.
为满足高精度计量和方位瞄准跟踪系统的发展对激光CCD自准直仪测量精度的要求,提出一种基于正交傅里叶-梅林矩的激光CCD自准直仪圆目标中心抗噪声精确定位方法。
3) CCD laser collimation measure
CCD激光自准直测量
4) Autocollimator CCD
自准直仪CCD
5) photoelectric auto-collimating
光电自准直
1.
Research on the model of photoelectric auto-collimating system based on vector operation
基于矢量运算的光电自准直系统建模研究
6) photoelectric autocollimator
光电自准直仪
1.
Research on Signal Processing Technique of CMOS Photoelectric Autocollimator;
CMOS光电自准直仪信号处理技术的研究
2.
The resolution of CCD is the key factor that impacts the measurement precision of new-type photoelectric autocollimator.
CCD的分辨率是影响新型光电自准直仪测量精度的关键因素,而边缘检测法是CCD位移测量的主要方 法。
3.
The operating principle of the new-type photoelectric autocollimator is introduced and its errors is analyzed.
主要介绍了CCD光电自准直仪的工作原理并进行了误差源分析。
补充资料：直准
1.正则。
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