| 1. | Secondly , the target trajectory recorded by phased array radar in ecm are studied
接着，研究了ecm下相控阵雷达观测的目标的点迹模型。 |
| 2. | Target trajectory smoothing , filter , prediction technique based on a parameterized model is widely used in aerospace measurement and control
基于参数建模技术的目标航迹平滑、滤波和外推技术在航天测控中得到了广泛的应用。 |
| 3. | Since a phased array radar can direct the radar beam in any direction without inertia , it can perform adaptive sampling of target trajectories
相控阵雷达可以在任何方向无惯性改变雷达照射方向，这使得它能进行变速率的采样。 |
| 4. | Here , the author put the emphasis on target trajectory smoothing , filter , prediction technique based on a parameterized model in multisensor target tracking system
作者在文中重点讨论了用于多传感器目标跟踪系统的多项式最小二乘平滑、滤波和外推技术。 |
| 5. | In trajectory control , it is requested that the system not only can track target trajectory , but also is robust and has the ability of restrain interfering signals
在轨迹跟踪控制中，往往既要求系统能准确快速的跟踪目标轨迹，又要求系统具有一定的鲁棒性，及干扰抑制能力。 |
| 6. | The application of proposed ailc to the steady state optimization of nonlinear industrial process , in which the set - point and the target trajectory vibrate frequently , is investigated to improve the transient dynamic performance
并且针对非线性工业过程稳态优化中的设定值多次变动，目标轨线多次变动的问题，提出了一种新的自适应迭代学习算法，以改善系统过渡过程的动态品质。 |
| 7. | This dissertation derives from the national ninth five - year plan project " torpedo weapon system development and mathematic simulation methods research " and china shipbuilding industry group ' s project " sub - water multi - target trajectory counterwork distributed interactive simulation system "
本论文题目来源于总装备部“九五”预研课题“鱼雷武器系统规划发展数学仿真方法”和中国船舶重工集团第七五零试验场课题“水下多目标弹道对抗分布交互仿真系统” 。 |
| 8. | 2 ) we analyse the locomotion equation , trajectory parameter , trajectory ellipse parameter , average angel velocity formula under the condition that we only think about the g - force . we ascertain the relationship of the target place and the moving velocity and flying time by keplei equation , and ascertain the trajectory and the data of the place target landing , finally we analyse the effect on the target trajectory and landing from the earth ' s rotation itself
( 2 )分析了在只考虑地球引力情况下的雷达目标运动方程、轨道面参数、轨道椭圆参数、平均角速度公式;通过迭代求解开普勒方程确定了目标位置、目标运动状态和飞行时间的关系;确定了雷达目标的轨道、落点数据;最后,分析了地球自转对目标的轨道和落点的影响。 |
| 9. | Thirdly , the adaptive iterative learning control is used for the dynamics in the steady state optimization of nonlinear industrial process . the process operates continuously without resetting of initial value . the difficulty of selecting target trajectory is overcome effectively
第三，对非线性工业控制系统的稳态优化问题，用自适应迭代学习控制对其动态施行控制，不需要状态重置，系统是连续运行的，并且有效克服了ilc应用到稳态优化控制中目标轨线选取的困难。 |
| 10. | Based on multisensor target tracking system , the research of this thesis focuses on target location technique , target trajectory smoothing , filter , prediction based on a parameterized model , target tracking with nonlinear measurement , outlier detection and distributed systematic error estimate based on real - time data fusion and so on
论文以多传感器目标跟踪系统为背景，针对目标定位测速技术、基于参数建模技术的目标航迹平滑、滤波和外推、非线性测量系统的目标跟踪、基于实时数据融合模型的野值剔除和分布式系统误差估计等方面进行了深入研究。 |
