这些图象是XX位灰度图象。
比特平面编码是一种多值灰度图象的二值编码技术。
Bit plane coding is a two-tone coding technique for the multi-gray scale image.
针对二维灰度图象给出了一种获取道路区域的方法。
A method of getting road area from2D gray image is presented.
本文介绍将灰度图象转换为接近自然光谱色的两种实现方法。
The two ways of changing grey picture into nearly natural spectrum color are introduced in this paper.
本文用数学形态学的理论，提出了一种新的灰度图象边缘检测算法。
This paper applies mathematical morphology theory to present a new algorithm for grey scale image edge detection.
目前已经实现的分割主要局限于灰度图象，且定位效果仍易受阴影和光照等条件的影响。
At the present time, the study of vehicle license plate locating mainly focuses on gray images so that the result is affected easily by the presence of shadows and illumination.
结合图象识别技术，提出一种采用局部放电灰度图象的统计特征区分局部放电类型的方法。
This paper brings forward a new method to use statistical features of partial discharge (PD) gray intensity images for PD pattern recognition.
先用通用图形软件制作TIFF格式的灰度图象模板文件，通过对模板文件的复制修改得到所需的透视灰度图。
At first, templet file of TIFF grayscale image was made with general graphic software, then, templet file was copied and modified, grayscale scenographs was obtained.
显示单独的色彩向量。在选定区域显示为彩色时，图象以灰度显示。
"Solo" colour vector visualization. The image is shown in grey scale, while the selected ranges are shown in colour.
提出并实现了三种用于增强传统的灰度扫描电镜图象的彩色化显示技术。
Three colorated displaying techniques for intensifying traditional black-white image of SEM (scanning electron microscope) were introduced and realized.
该方法同时利用图象中的灰度信息和边缘信息，从而克服了只依靠单一信息源的不足。
Since this algorithm utilizes both the intensity information and the edge information of an image, it compensates for the deficiency of depending only on a single information source.
共生矩阵及其在特征提取中的应用，用于灰度或二值图象的特征提取中。
Symbiotic Matrix and feature extraction in the application for two or gray value image feature extraction.
研究了室外墙面与其背景间的能量交换，建立了墙面红外图象灰度值与时间、天气参数和地理信息之间的方程；
Then, an equation about the gray intensity of outdoor vertical building surface and the time , weather parameters, and geographical information of the scene is established.
将灰度转化为彩色显示，可以增强图象的视觉效果；
The vision effect of the image can be enhanced by transforming black-white image into the coloring.
本文阐述了一种实用的交互式图象灰度变换方法。
An utility method of interactive image grey level transformation is introduced in this paper.
此外，本文还论述了天空的灰度修正、图象的能见度处理等。
In addition, the revision of sky gray scale and visibility processing of image are explained.
提出以待测图象的反射特性、平均半径为参数的标准球体灰度模型。
A normal sphere hue model based on reflect character and average radius of image was introduced.
本文重点研究了数学形态学在二值细胞图象和灰度细胞图象分割处理中的应用。
In this paper, the emphasis is the segmentation application of mathematical morphology to binary cell's image and gray-scale cell's image.
在这种检索方法中，基于光照强度对图象灰度的影响，在检索中对于图象的灰度强度的处理，这个因素是必不可少的。
In this method, some reasons on grey will influence the result. So in this process, we must consider the grey of image.
细胞图象增强主要采用灰度变换、直方图修正、图象平滑、图象锐化等方法。
The method of enhancing the cell image include gray-scale transformation, histogram modification, image smoothing and image sharpening etc.
首先非线性堆滤波器用于求出图象某象素点邻域内的灰度最大值与最小值的最优估计，然后以此两估计值之差代替原象素点灰度值。
First, nonlinear stack filter is applied to estimate the maximum and minimum of noise-free image's gray scale value in a local region.
根据干涉场的条纹灰度分布规律，对条纹图象进行处理。
The fringe image is processed according to fringe gray distribution rule in interference field.
JPEG：实用与连续色调，多级灰度，彩色或单色静止图象。
JPEG: practical and continuous tones, multi-level gray scale, color or monochrome static images.
其关键步骤包括：图象滤波，图象灰度信息提取，微阵列间距确定，靶点定位和靶点信号值计算。
This algorithm includes image filtering, extracting gray information, determining microarray spacing, addressing of spots and calculating brightness property from spots.
此方法既扩大了图象灰度的动态范围，又使得图象中的局部对比度得到了增强。
A new contrast enhancement technique is presented, which can not only extend the dynamic scope of the image gray scale, but also increase the local image contrast.
然后把各个区域的灰度描述值按着规定的方向连接起来，生成一个用于检索图象的链码。
The values are chained up in a definite direction to form the so called chain code.
本文提出了一种基于脊线跟踪的指纹细节提取算法，能够直接从灰度指纹图象中有效地抽取出细节点及其相关信息。
In this paper, an initiated approach to automatic minutiae detection is proposed. According to this scheme, the minutiae is directly detected from gray-scale images.
这种算法本质上是从灰度分布来分割物体的算法的推广，它不仅适用于背景纹理灰度与物体表面灰度不同的图象，而且适用于背景平均灰度与物体表面平均灰度相同的图象。
In essence, the algorithm is the extension of those algorithms which segment object in a textured background by assuming the average gray levels of the object and the background are different.
这种算法本质上是从灰度分布来分割物体的算法的推广，它不仅适用于背景纹理灰度与物体表面灰度不同的图象，而且适用于背景平均灰度与物体表面平均灰度相同的图象。
In essence, the algorithm is the extension of those algorithms which segment object in a textured background by assuming the average gray levels of the object and the background are different.
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