Research on Free Three-dimensional Display System Based on DMD Projection Technology and Cylindrical Lens 基于DMD投影技术及柱状透镜的自由立体显示系统的研究
Study on Gray Scale Deviations in Three-Dimensional Volumetric Display System Based on Geometric Approximation 体三维显示系统中基于几何近似法的灰度偏差研究
The Analysis of Voxel Attributes in Three-Dimensional Volumetric Display System Based on the Rotation of a Two-Dimensional Display Panel 基于二维旋转屏的体三维显示系统像素属性分析
Finally, the three-dimensional display system has been designed for show the flight state of UAV in taking off and landing stage. 最后,为了在仿真系统中更好地显示无人机的起飞或着陆状态,设计了三维显示系统。
Three-Dimensional Volumetric Display System Utilizing a Rotating Two-Dimensional LED Array 基于旋转二维发光二极管阵列的体三维显示系统
Based on spline function trajectory planning method, Lagrangian kinetics equation, fuzzy control theory, and OpenGL dynamic three-dimensional display, the simulation system of carrier crane is founded. 基于插值样条函数的轨迹规划法、机器人拉格朗日动力学方程和模糊控制器,以及基于OpenGL技术的三维动态显示,建立了舰载特种起重机的仿真系统模型。
Effects of Dot Matrix Scanning Mode in Three-Dimensional Volumetric Display System 光电无线鼠标的低成本PS/2-USB协议转换的设计与实现体三维显示系统中点阵扫描模式的影响分析
Three-Dimensional Computer Display System of Satellite Cloud Pictures 卫星云图的三维显示系统
Auditory display, especially three-dimensional ( 3D) auditory display, is becoming more and more important in a virtual reality system. 作为虚拟现实系统的重要组成部分之一,听觉显示(尤其是三维虚拟听觉显示)变得日益重要。
Further enhance the three-dimensional display, and improve system efficiency. 进一步增强三维显示与分析效果,提高了系统运行效率。
So, in this paper, the simulation system is mainly divided into two parts, three-dimensional display system and pedestrian simulation system. 因此,本文建立的模拟仿真系统主要分为实景三维展示和二维模拟仿真两个部分。
This paper analyzes some key technologies about geometric modeling, kinematics modeling, model driving and displaying. Based on the three-dimensional real-time display technology the visual simulation system is developed to simulate attitude and orbit of satellites. 本文对虚拟场景的几何建模、卫星的运动建模、虚拟视景的实时驱动与显示等关键技术进行了分析和研究,开发出基于三维实时动态显示技术的卫星轨道姿态视景仿真系统。
Naked-eye three-dimensional display and data acquisition system are being continuously studied in recent several hundred years. 裸眼立体显示及数据获取系统是近几百年来人们持续研究的问题。
Dynamic three-dimensional display technology is popular today. To get a 3D display system with high spatial resolution, rich colors and large view is the purpose of all researchers. 三维动态显示是信息显示技术领域发展的一个重要方向,具有高空间分辨率和丰富色彩的大视角三维显示系统是各国研究者追求的目标。
Preliminary realize the display of three-dimensional of the seabed topography grid. Finally, introduce the mapping of the entire seabed topography of the display system design and implementation process. 实现初步的海底三维地形格网的显示。最后,详细介绍了整个海底地形绘制的显示系统的设计思想及实现过程。
At the same time, the three-dimensional graphics display of workpiece was initially realized in OpenGL technology, and tested the? feasibility of system. 同时,应用OpenGL技术,初步实现工件三维图形的显示,并利用实例对系统进行了验证。
Further we have set up a digital holographic three-dimensional display system with the liquid crystal spatial light modulator and achieved the small objects in real-time three-dimensional display. 进一步论文利用液晶空间光调制器搭建了一套数字全息立体显示系统,实现了小物体的实时三维立体显示。