Holographic telepresence means we can record a three-dimensional image in one location and show it in another location, in real-time, anywhere in the world.
远程全息临场技术意味着我们能够在一个地点记录一个三维的影像，并且在世界任何地方能够实时地显示这个影像。
This method can be used to calculate the degradation of image quality as a result of any kind of image motion in the image plane, and easily used in the case of one dimensional motion.
该方法可以计算任何形式的图像运动导致的成像质量的下降，而且可以很方便地应用到一维运动的情况。
Inspired by the computation of one and two dimensional image moments, a new fast computation algorithm is proposed, which realizes multi-nest by multiplication of matrices.
受一维和二维图像矩的计算启发，提出了一种新的快速计算方法，利用矩阵相乘实现多重循环。
The classification mechanism of support vector machine (SVM) was analyzed in detail. The one dimensional image of radar target was recognized by SVM.
研究了支撑矢量机的分类机理，并利用支撑矢量机对雷达目标一维像进行了识别。
Pixel buffers can represent a one dimensional, two dimensional or three dimensional image.
像素缓存可以用来保存一维、二维或者三维图形。
Objective To solve one of the most difficult problems in multi dimensional reconstruction of medical ultrasonic images: image segmentation.
目的解决医学图象多维重建中最困难的问题之一：图像分割问题。
The one-dimensional Boolean evaluation algorithm for two-level CSG model is explored and its application in the shading image processing is implemented.
研究了二层树结构CSG模型一维布尔运算的快速算法，并给出了在图形显示应用中的实例。
In large container inspection systems, the image is constructed by parallel scanning with a one-dimensional detector array with a linac used as the X-ray source.
大型集装箱检查系统中，采用一维线阵列探测器并行扫描方式，并以直线加速器为X射线源。
Three-dimensional reconstruction of medical image is one of key technology in field of medical visualization, and it has became the focus of the overseas and domestic study.
医学图像的三维重建是医学可视化的关键技术之一，目前已成为国内外研究的热点。
Based on one or several two-dimensional cross-sections of specimen, combining with digital image processing technology, two-dimensional numerical model was established for mechanics simulation.
基于试样的一个或几个二维截面，结合数字图像处理技术建立二维数值模型进行力学模拟。
Using image processing method, the new image barcode reader can not only read one dimensional barcodes, but also two dimensional barcodes.
采用图像处理的方法不仅能识读一维条码，也能识读二维条码。
One of the most useful thresholding techniques using gray-level histogram of an image is the OTSU method. The objective of this paper is to extend it to the 2-dimensional histogram.
Otsu法是最常用的利用图象一维灰度直方图的阈值化方法之一，本文的目的是将它推广到二维直方图。
One of the most useful thresholding techniques using gray-level histogram of an image is the OTSU method. The objective of this paper is to extend it to the 2-dimensional histogram.
Otsu法是最常用的利用图象一维灰度直方图的阈值化方法之一，本文的目的是将它推广到二维直方图。
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