Regarding the problems with low accuracy at high temperature and trajectory path crossing, investigation centered on the launcher rather than the rocket.
有关在高温低精度和弹道路径交叉问题，调查中心在发射装置上并非火箭。
Historical trajectory and path dependency.
历史轨迹与路经依赖。
The path followed by a projectile is called its trajectory.
发射体所循的路径称为它的轨道。
Then we introduced a systematic camera planning algorithm with four phases including path planning, path smoothing, trajectory planning and orientation planning.
之后本文提出一个完整的摄像机规划算法，包括路径规划、路径平滑、轨迹规划和视角规划四个阶段。
External Ballistics deals with projectile flight. The trajectory, or path, of a projectile is subject to the forces of gravity (see gravitation), drag, and lift.
外弹道学是研究射弹的飞行，弹道是射弹在重力、拖曳力和升力作用下的飞行路线。
Path planning is to find a trajectory from the initial point to the target point which satisfies a certain performance optimal index under some constraints.
路径规划问题一般是指在一定约束条件下，寻找从给定起始点到给定目标点之前满足某种性能指标最优的路径轨迹。
And efficient path smoothing, trajectory planning and orientation planning algorithm are also introduced.
另外还提出了高效的且合理的路径平滑、轨迹规划和视角规划的算法。
Furthermore, a method is presented to fill the gaps between paths and extend the endpoints of path trajectory to the surface boundary.
另外，对路径偏移中出现的缝隙给出了填补方法，并使偏移后的路径轨迹延伸至曲面边界。
Path planning is designed to make use of terrain and enemy and other information to plan out the largest survival probability penetration trajectory of Unmanned Aerial Vehicle (UAV).
航迹规划的目的是要利用地形和敌情等信息，规划出生存概率最大的无人飞行器突防轨迹。
This paper presents a twice planning approach to solving minimum-time trajectory planning problem for robotic manipulators. Pre-planning is performed on the specified path.
本文针对机器人最小时间轨迹规划问题提出了一种二次规划的优化方法。
To deal with the attitude path, the constraint conditions of satisfying the path is solved by the trajectory planning of joint space.
针对姿态路径，采用关节空间轨迹规划，求出了满足姿态路径的关节轨迹规划的约束条件。
The hand path tracking and joint trajectory planning is a very important research topic in the field of robot applications.
本文针对考虑关节弹性的两冗余度机器人协调操作中的关节轨迹规划问题进行了研究。
He has successfully developed the first arc welding robot and spot welding robot in China, and solved key technologies such as the robot path trajectory control accuracy and path prediction control.
成功研制我国第一台弧焊机器人和点焊机器人，解决了机器人轨迹控制精度及路径预测控制等关键技术。
He has successfully developed the first arc welding robot and spot welding robot in China, and solved key technologies such as the robot path trajectory control accuracy and path prediction control.
成功研制我国第一台弧焊机器人和点焊机器人，解决了机器人轨迹控制精度及路径预测控制等关键技术。
应用推荐