Common infrared image gray transform algorithms are studies in order to enhance infrared image contrast.
红外图像对比度增强的研究基于灰度变换。
We present a new method, which combines the method of gray transform and gray difference replacement to hide secret image.
提出了应用灰度变换差分替代方式进行图像隐藏的方法。
Traditional image enhancement is to define corresponding gray transform function according to gray distribution of the image.
传统的图像增强处理是针对图像灰度分布的不同情况，来定义相应的灰度变换函数。
Aiming at segmented linear gray transform, selecting the fit segment points and the fit enhancement parameters by an interactive means is realized.
针对分段线性灰度增强，本文实现了通过人机交互的方式来选取恰当的分段点和增强参数。
In view of the above, this paper USES selective masking smoothing to remove noise and linear gray transform method to solve the problem of gray uneven.
鉴于以上情况，本文选用了选择式掩模滤波对噪声进行去除，用线性灰度变换方法解决了灰度不均匀的问题。
Contrast type of original image is determined by a new criterion. Gray transform parameters are directly obtained by the new criterion. Global enhancement is implemented to the original image.
对原始图像用所提出的判据判断图像的对比度类型，针对不同类型直接确定灰度变换参数，实现图像全局对比度增强。
That is, there exists an optimal threshold, which lies in the average gray of the joint transform power spectrum by computer simulation.
并通过计算机模拟，确定出该最佳阈值位于联合变换功率谱的平均灰度值附近。
An infrared image processing solution is proposed. It USES bi-threshold method to segment image and enhance the image with segmentation gray scale transform method.
针对红外图像，采用双门限分割法进行图像分割，然后采用分段灰度变换法进行图像增强。
Some properties of the generalized morphological transform provide the basis for establishing a new morphological sampling scheme for both binary and gray image.
在广义形态变换性质研究的基础上所提出的广义形态采样方法，能更好地保留图像的形态信息和边缘信息。
A gray level image with rich details is used as a watermark and embedded in vector transform domain, more than scalar transform domain used traditionally such as discrete cosine transform domain, etc.
本文提出了一种新的数字静止图像的水印嵌入算法，该算法将含有丰富细节信息的灰度级图像作为水印，水印嵌入过程不是在传统的标量变换域(如离散余弦变换域等)内进行，而是在矢量变换域实现。
Many methods are used to finish VCH planar image processing, including image geometry transform, gray-scale enhancement format transition and compression , image registration and segmentation.
对虚拟人图像数据作多种二维处理，包括图像几何变换、灰度增强、格式转换和压缩、图像配准和分割。
Later, using amplitude-based double-random-phase transform, the enciphered gray scale figure is formed .
对该图形进行振幅型双随机相位加密变换，得到原信息的加密灰度图；
Based on studying the character of images of Syaptonemal Complexes (SCs), the dynamic gray-level transform for enhancement of SC' s images is given in this paper.
本文在研究了联会复合体图像特征的基础上，提出了一种适用于对这类图像进行增强处理的动态杰度变换。
MFC to achieve a variety of gray-scale image point operations, such as anti-color images, the window transform, linear transformation, threshold transform, gray balance, etc.
说明：MF C实现灰度图像的各种点运算，如图像反色，窗口变换，线性变换，阈值变换，灰度均衡等。
The different contrast transform functions are adopted for all kinds gray images.
不同对比度分布的图像应采用不同的对比度变换函数。
A modulating fusion algorithm based on wavelet transform is advanced. The low light level image and infrared image are fused using contrast modulating and gray level modulating method.
提出了一种基于小波变换的微光图像与红外图像的调制融合算法，用对比度调制与灰度调制方法分别对微光图像与红外图像进行了融合处理。
The value of the measured and wedges comparison of standard values, adjust the gray-scale transform in the RIP.
测得的值与梯尺的尺度值比力，调动RIP洋的灰度变换弧线。
Local difference transform is invariant against any monotonic transformation of the gray scale.
局部差分变换具有灰度线性不变性，可消除光照变化对纹理分析的影响。
Fig. 1 Original infrared image (top), results of non-linear gray value transform (exponential transform) (middle), results of fragment linear gray value transform (bottom).
图1上部是原始红外图像，中部是非线性灰度(指数变换)变换结果，下部是分段线性变换结果。
We code the gray images combined improved run-length encoding algorithm with wavelet transform according to the characteristics of the wavelet transform coefficients.
从二值图像延伸到灰度图像，我们根据小波变换后小波系数的特点，将行程编码算法进行了改进，结合小波变换对灰度图像进行编码。
The aim of specification is to transform the histogram of an original image to a specified histogram capable of highlighting certain gray level ranges in the image.
规定化的目的是将原图像的直方图转变为规定的直方图，以便突出一定灰度范围内的图像。
This paper mainly studies TMS320C6000 processor based on digital media research, and the series system image gray-scale transform algorithm.
帮忙翻一段摘要本文主要研究基于数字媒体处理器TMS320C 6000系列系统的研发，并算法实现图像灰度变换。
This paper mainly studies TMS320C6000 processor based on digital media research, and the series system image gray-scale transform algorithm.
帮忙翻一段摘要本文主要研究基于数字媒体处理器TMS320C 6000系列系统的研发，并算法实现图像灰度变换。
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