CAJ | 학술논문

提出一种专门针对航空随机场景的建模方法在采集得到航空随机二维图像后，对随机图像采集角点图像，特征点转换到HSV空间内，去除航空随机场景中的干扰，对比图像中某点的像素值和其在阴影区域中的像素值，若某点的阴影像素值包含的色度值、亮度值以及饱和度满足相应的阀值，在进行双目立体视觉的三维重建，保证视觉计算的真实性。后期的计算机仿真实验证明，改进算法能够有效的消除运动状态下的视觉阴影，提高航空随机场景中虚拟模拟飞行环境的真实度。
제출일충전문침대항공수궤장경적건모방법재채집득도항공수궤이유도상후，대수궤도상채집각점도상，특정점전환도HSV공간내，거제항공수궤장경중적간우，대비도상중모점적상소치화기재음영구역중적상소치，약모점적음영상소치포함적색도치、량도치이급포화도만족상응적벌치，재진행쌍목입체시각적삼유중건，보증시각계산적진실성。후기적계산궤방진실험증명，개진산법능구유효적소제운동상태하적시각음영，제고항공수궤장경중허의모의비행배경적진실도。
In this paper, a special study aviation random scene modeling method, after the acquisition for aviation random two-dimensional image, the image of random Angle image acquisition point, feature points to HSV space, get rid of inter-ference of aviation random scene, contrast of the image pixel values of a point and its pixel values in the shaded area at some point if the shadow of the pixel value contains the chromaticity value, brightness and saturation satisfy the corre-sponding threshold, the binocular stereo vision, three-dimensional reconstruction, guarantee the authenticity of the visual calculation. Later the computer simulation experiment proves that the improved algorithm can effectively eliminate the movement state of visual shadow, increase aviation random virtual simulation scenario the real degree of flight environ-ment.