课题的研究背景及意义

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目 录

【摘要】 .................................................................................................................................................. 2 【关键字】 .............................................................................................................................................. 2 【ABSTRACT】 .................................................................................................................................... 3 【KEY WORDS】 ................................................................................................................................. 3 1项目的研究背景及意义 ....................................................................................................................... 4 2项目主要研究技术内容的国内外发展现状与趋势 ........................................................................... 7 3系统简介 ............................................................................................................................................... 8 3.1系统组成 ........................................................................................................................................ 8 3.2系统工作原理 ................................................................................................................................ 8 3.3转动平台的电机调速 .................................................................................................................... 9 3.3.1系统方案的制定 ..................................................................................................................... 9 3.3.2 硬件设计 .............................................................................................................................. 10 3.3.3软件设计 ............................................................................................................................... 12 3.3.4程序调试 ............................................................................................................................... 15 3.4上位机3D仿真及图像信号发生系统 ....................................................................................... 15 3.4.1系统方案制定 ....................................................................................................................... 15 3.4.2软件设计 ............................................................................................................................... 16 3.4.3程序调试 ............................................................................................................................... 17 4主要技术经济指标和水平 ................................................................................................................. 17 结束语 .................................................................................................................... 错误!未定义书签。

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【摘要】

基于Volumetric 3D显示原理与WPF平台的3D旋转三角锥的真实立体影像投射系统是采用Volumetric 3D显示原理,将上位机所处理的Volumetric 3D数字图像信号通过三角锥投影系统投射成真实影像,实现Volumetric 3D显示效果。与传统3D显示相比,本系统具有裸眼3D显示效果,使观看者无需通过佩戴3D眼镜就能达到3D显示目的。同时,本系统具有360度全息图像显示效果,使观看者可以360度全方向观看图像。本系统采用WPF设计3D图像,使系统可以方便的产生3D图像,经过简单学习,便可以自己设计3D模型,降低了系统软件设计成本

【关键字】

体三维、3D影像、3D处理、三角锥影像投影、直流电机转速、直流电机相位

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【Abstract】

The real projection system image of 3D Rotating cones based on the Volumetric 3D revelation principle and WPF platform is the true image protected by using Volumetric 3D revelation principle and combined with Volumetric 3D digital image signal which the host computer dealing with to achieve Volumetric 3D revelation principles.

Compared with conventional 3D display, this system has the naked eye 3D display, so the viewer is no need to wear 3D glasses and 3D display can be achieved.

At the same time, this system has a 360-degree holographic image display, with which the viewer can watch an Omni-directional image of 360-degree. The system is designed by using WPF 3D image, which makes it easy to produce 3D images. Through a simple learning one can design their own 3D model,that reducing the cost of the system software design.

【Key words】

Volumetric 3D,3D image,3D Processing, Triangul cone 3D image,DC Motor Speed,Phase DC motor

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