The research of the dissertation involves global motion estimation and compensation, image stabilization, occlusion detection and tracking, trajectory prediction, moving target location, region extraction, moving target detection and tracking. The principal research work and novelties are listed as follows:1.
本论文主要对全局运动估计和补偿、图像序列稳定、遮挡问题处理、轨迹预测、运动目标区域提取、目标检测和跟踪等进行了研究,并且获得了一些有意义的成果。
参考来源 - 动态场景图像序列中运动目标检测与跟踪As far as the length of the paper is concerned,we focus on one of the whole system,and the subsystem includes three modules:Well track design,well track predict and well track anti-collision.
因此,本文着重研究的是其中一个子系统——井身轨迹数据处理子系统。 这个子系统包括三个功能模块,分别是:轨迹设计、井筒防碰分析和井身轨迹预测。
参考来源 - 井身轨迹数据处理子系统的设计与实现The vectors of the feature points extracted are used as the characteristic vectors, and point pattern tracking and trace forecasting are both introduced. In order to get higher performance, A tracking method based on feature points is researched.
通过深入研究Gabor变换的性质，提出在边缘检测和能量函数的基础上，用Gabor变换作特征点的提取；利用所提取出的点的向量值作为特征量，同时引入点模式跟踪和轨迹预测的思想，提出了一套特征点的跟踪方案，力图使跟踪算法取得更高的性能。
参考来源 - 基于Gabor小波的特征提取与跟踪方法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
讨论了井眼轨迹预测和控制计算方法。
This paper discusses the basic principles of predicting and controlling the wellbore trajectory.
飞机投放外挂物的分离轨迹预测在气动设计领域是一个很重要的课题。
The prediction of the separation trajectories of the external stores carried out on aircraft is an important task in the aerodynamic design area.
本文研究了机场场面管理系统中的重要环节——滑行道轨迹预测算法。
This paper studies on the important role of SMS(Surface Management System), that is taxi prediction algorithms.
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