CAJ | 학술논문

电子显微镜下细胞成像为灰度图像，不便于观察和研究，由此提出一种电子显微镜下灰度图像的彩色化算法。对彩色和灰度图像的亮度直方图分别进行高次B样条最小二乘曲线拟合，对拟合的曲线分别求取极值点，通过自动地将彩色图像和灰度图像的极值点的个数调整一致，以此作为图像的分区，利用带有权重的颜色迁移算法进行分区映射实现灰度图像的彩色化。实验结果证明，此方法取得了较好的色彩效果。
전자현미경하세포성상위회도도상，불편우관찰화연구，유차제출일충전자현미경하회도도상적채색화산법。대채색화회도도상적량도직방도분별진행고차B양조최소이승곡선의합，대의합적곡선분별구취겁치점，통과자동지장채색도상화회도도상적겁치점적개수조정일치，이차작위도상적분구，이용대유권중적안색천이산법진행분구영사실현회도도상적채색화。실험결과증명，차방법취득료교호적색채효과。
Cell image is grayscale images under the microscope ,so it is not easy to observe and re-search it .Thus ,this paper offers an algorithm to colorize the grayscale image under the electron micro-scope .T his paper adopts B-spline least squares curve fitting for the luminance histogram of the color image and grayscale image respectively ,then finds the extreme point of the curve fitted and adjusts the number of the extreme points to be equal which are used as the partition of the images .Color transfer algorithm with weight is applied for partition mapping so as to achieve colorization of grayscale images .The experimental results show this approach can gain good color effects .