1) Beam Tracing
光柱跟踪
1.
The Research of Accelerated Beam Tracing with Application to Study Large Space Vector Channel Propagation Simulation;
基于光柱跟踪的电大尺寸电磁环境信道评估研究及系统实现
2) laser tracking
激光跟踪
1.
Research on real time image processing of seam with the laser tracking system;
焊缝激光跟踪实时图像处理方法的研究
2.
Design method of echo probability in a laser tracking system;
激光跟踪雷达回波概率设计方法研究
3.
Research on self-calibration of laser tracking measurement system;
激光跟踪测量系统自校正方法研究
3) optoelectronic tracking
光电跟踪
1.
Analysis and restraining of random noise of optoelectronic tracking system;
光电跟踪系统噪声分析及其抑制
2.
System error modification method based on global-function for three-axis optoelectronic tracking system;
基于球谐函数的三轴光电跟踪系统误差修正方法
3.
Servo control in optoelectronic tracking system is one of the key technologies to realize the high precision tracking.
光电跟踪系统中的伺服控制技术是实现高精度跟踪的关键技术之一。
4) Photoelectric tracking
光电跟踪
1.
Combined compensation control of ship motion disturbance in ship-borne photoelectric tracking system;
舰载光电跟踪的船摇扰动复合补偿控制
2.
Neural network error modification method for three-axis photoelectric tracking system;
用于三轴光电跟踪系统的神经网络误差修正法
3.
This paper firstly introduces the composition, operating principle and operation modes of a certain new-type photoelectric tracking system, and the connotation of the information processing techniques of the laser rangefinder.
本文首先介绍作者参与研制的某新型光电跟踪系统的组成、工作原理、工作模式和其信息处理技术内涵;其次论述对光电跟踪系统信息处理单元的设计,重点阐述了激光测距仪信息处理机软、硬件设计及工作流程,论述其关键技术及实现途径;最后特别详细分析了光电跟踪系统组网工作时的激光同频干扰,深入研究其产生的原因,并提出解决方案,最终采用激光信息处理技术解决此干扰,并经过充分的试验验证证明了解决措施的有效性,此种成功克服激光同频干扰的方法还未见相关资料的报道。
5) electro-optical tracking
光电跟踪
1.
Internal model control for electro-optical tracking servo system based on sampled-data control theory;
基于采样控制理论的光电跟踪伺服系统内模控制
2.
Performance comparison of various suboptimal nonlinear Kalman filter methods for electro-optical tracking system;
光电跟踪系统几种次优非线性卡尔曼滤波性能比较
3.
Servo control technologies in electro-optical tracking system
光电跟踪系统中的伺服控制技术
6) ray-tracing
光线跟踪
1.
Soft shadows algorithm based on ray-tracing;
一种基于光线跟踪的软阴影算法
2.
GPU Based Ray-Tracing and Virtual-Eye Optic Simulation;
基于GPU的光线跟踪及虚拟眼视光学仿真
3.
Having studied many approaches and compared them,a more efficient and faster approach is given,which comes from the idea of ray-tracing and Monte-Carlo method.
通过对已有方法的比较,依据光线跟踪算法并结合蒙特卡罗法思想给出了更为有效和快速的建模计算方法,并把该方法运用到对某卫星光散射特性理论建模中,给出了该卫星在太阳光照下的光散射亮度图像。
补充资料：光柱子
1.见"光柱"。
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