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- Photoelectric tracking system with horizontal gimbal can not track objects near zenith. 摘要天顶跟踪盲区是地平式光电跟踪系统的固有缺陷。
- Through Matlab contrasting the track error before and after adding speed error and acceleration compensation control,the speed and acceleration error compensation could improve the track precision of the photoelectric track system. 通过Matlab对比加入速度和加速度误差补偿控制策略前后的系统跟踪误差,可得出速度和加速度误差补偿能提高光电跟踪系统跟踪精度。
- Three-axis photoelectric tracking system 三轴光电跟踪系统
- X-Y photoelectric tracking system X-Y式光电跟踪系统
- According to transfer process of target information under shipboard condition, the factors that have effect on performance of photoelectric tracking system are analyzed, and the main error sources are presented. 摘要根据目标信息在舰载条件下各个环节中的传递过程，分析光电跟踪系统跟踪性能各种影响因素，给出了主要的误差源。
- Analysis of tracking error source for shipboard photoelectric tracking system 舰载光电跟踪系统跟踪误差源分析
- horizontal photoelectric tracking system 地平式光电跟踪系统
- shipboard photoelectric tracking system 舰载光电跟踪系统
- Effect of declination angle of sight axis on three-axis photoelectric tracking system 视轴偏角对三轴光电跟踪系统跟踪过程的影响
- Data Mining of Angle Measurements with High Repetition Frequency in Photoelectric Tracking System 光电跟踪系统中高频测角信息的攫取研究
- Effect of deflection distance on tracking capability of photoelectric tracking system with ameliorated X-Y double-axis gimbal 偏距对改进X-Y双轴式光电跟踪系统跟踪性能的影响
- How do I combine two Tracking System records? 如何合并两个追踪系统记录?
- Bug tracking system main contents page. 错误追踪系统主目录页。
- Developing and maintain the HSSE tracking system. 开发和维护HSSE跟踪系统。
- photoelectric tracking system 光电跟踪系统
- For achieving large-scale space photoelectric tracking, the axis error of the new three-axis gimbal with collimation axis eccentricity was studied. 摘要本文分析了实现大范围空间光电跟踪的视轴偏心三轴跟踪机架的轴系误差。
- Innovative Tracking System Aims to End Blood Diamond Buys. 创新跟踪系统将终结购买血汗钻石。
- Objective To detect fatigue using eye tracking system. 摘要目的使用眼动仪进行疲劳检测。
- Be sure you have very good, dependable tracking system. 但前提是网站必须有很好，很可靠的追踪系统。
- Photoelectric tracker act on shorted distance to sea and coast, limiting the extend application. 摘要光电跟踪仪对海、岸跟踪作用距离较近，是制约其拓展使用的瓶颈。
