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1)  pose matching
位姿匹配
1.
This paper introduces the basic principle of robot pose matching and two optimization algorithms,i.
首先介绍了机器人位姿匹配的基本原理,以及两种通用的机器人几何参数标定的优化算法:非线性优化方法和递归线性方程法,并分别利用这两种优化算法对打磨机器人的几何参数进行了标定。
2)  attitude matching
姿态匹配
1.
Unity of attitude matching algorithms in transfer alignment;
传递对准姿态匹配算法的统一性
2.
The attitude matching transfer alignment is sensitive to the wing flexibility.
姿态匹配传递对准对机翼弹性变形很敏感,若机翼弹性变形建模不当,将造成姿态匹配传递对准卡尔曼滤波性能的恶化。
3.
Four kinds of attitude matching algorithms used in transfer alignment are derived,the advantages and disadvantages of the four algorithms are presented,and the optimal attitude matching algorithm(OAMA) is presented and proved.
推导了4种传递对准姿态匹配算法,分析了这4种姿态匹配算法的优缺点,证明并验证了其中的"最优姿态匹配法"在姿态匹配算法中的最优性。
3)  "attitude" match
"姿态"匹配
4)  velocity and attitude matching
速度和姿态匹配
5)  velocity plus attitude matching
速度加姿态匹配
1.
In order to validate the effect of the velocity plus attitude matching algorithm,the captive test and dynamic test were made in the system.
文中对平台式惯导系统采用速度加姿态匹配传递对准方法进行了研究,建立了基于Kalman滤波器的传递对准滤波方程,并在实际系统中对所设计的方案进行了静态和跑车试验,验证了方案的正确性和工程应用的可行性。
6)  phase-matching
相位匹配
1.
A difforent frequency generation of nonlinear optical crystals of AgGaSe_2 and AgGaS_2 has been analyzed based on the three-wave coupled equation and energy consesrvation in the phase-matching of type-Ⅰand type-Ⅱ.
经过数值模拟计算,得到了在Ⅰ类和Ⅱ类相位匹配条件下,泵浦波长分别取不同值时差频调谐波长与调谐角度的理论曲线。
2.
Based on the calculation and discussion on the phase-matching,walk-off angle,acceptance angle and effective nonlinear coefficient for the KTP crystal,and on the numerical simulations of the angle-tuning curve and gain curve,the tuning spectrum and cutting angle of the KTP was finally established as 1.
讨论了KTP-OPO的相位匹配,计算了KTP的走离角、允许角和有效非线性系数,数值模拟了角度调谐曲线和增益曲线,从而确定了调谐范围为1。
3.
Energy conversion process and spatial distribution of forward-propagating signal wave and backward-propagating wave of sum frequency under phase-matching condition were investigated.
基于电磁场理论,推导了无耗非线性左手材料中三波耦合的波混合方程,并研究了相位匹配条件下正向信号波与逆向和频波的能量转换过程及其空间分布。
补充资料:美姿姿
1.同"美孜孜"。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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