1) virtual image generation
虚拟图像生成
1.
By systematically analyzing of relevant algorithms,we present some novel algorithms for face recognition with single sample based on Fusion-HMM and generated virtual image,from two aspects of features extraction,virtual image generation and face recognition.
本文针对以上问题进行了研究,在综合分析了以往的人脸识别方法的基础上,从特征提取、虚拟图像生成和分类识别三个方面着手,提出了基于虚拟图像生成和融合隐马尔可夫模型(HMM)的单样本人脸识别算法,并设计实现了相应的原型系统。
2) virtual image
虚拟图像
1.
In the process of optoelectronic theodolite real-time interactive simulation,the high frame virtual image distortion can t be avoided because of the limit of hardware process capability.
基于相似性原理,提出了一种虚拟图像交互叠加算法。
2.
Based on the related parameter transformation from virtual image to virtual sound environment,the integration of virtual image and virtual sound field was investigated in this paper.
主要初步探讨和研究了通过虚拟图像到虚拟声环境有关参数的转换,从而实现虚拟图像与虚拟声场的一体化。
3) Virtual Imaging
虚拟成像
1.
This paper, based on analyzing the fabric organizational structures, is to state the technology of virtual imaging of the fabric structures on the basis of the space geometric models and the shading models, and also present the results of weft knitted jacquard fabrics.
本文从分析织物内部组织结构着手,介绍了通过建立织物结构空间几何模型、织物外观明暗模型,实现织物结构的计算机虚拟成像技术并给出了基于纬编提花织物的应用实例。
4) image-synthesis of virtual viewpoint
虚拟视点图像合成
1.
Combined with much technology improvement in multi-view video field,this paper gives a general description of MVC methods,mainly from the aspects of the theory of multi-view video,four kinds of MVC methods and image-synthesis of virtual viewpoint.
本文主要从多视点视频的原理、四种多视点视频编码的方法和虚拟视点图像合成这三个方面入手,结合多视点视频领域多年来的技术发展,对多视点视频编码方法进行了全面的描述,并对多视点视频领域出现的新技术、新方法进行了扼要的介绍,最后对未来多视点视频编码的发展做出展望。
5) virtual graphics system
虚拟图形生成系统
1.
Secondly, we discuss the design of virtual graphics system based on the Direct3D and the algorithm of simple background video keying technology.
接着,详细论述了基于Direct3D的虚拟图形生成系统的设计和简单背景视频抠像算法,最后对虚拟演播室系统进行了总体的设计与实现,对各个功能模块的具体实现进行了详细的论述,并针对视频中出现的锯齿问题做了很好的抗锯齿算法研究。
6) Microsoft office document image writer
虚拟图像打印机
补充资料:虚拟
1.设想;虚构。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条