科技通报
科技通報
과기통보
BULLETIN OF SCIENCE AND TECHNOLOGY
2014年
4期
170-172
,共3页
空时频域%深增技术%高度扭曲图像
空時頻域%深增技術%高度扭麯圖像
공시빈역%심증기술%고도뉴곡도상
space-time-frequency domain%deep improving%highly distorted and indivisible image
采用空域处理、时域处理加频域处理的联合处理方法,对图像在多个域进行图像扭曲的校正和图像质量的增强,从而达到高度扭曲下的图像质量改善;最后采用实际的高度扭曲图像进行测试实验,结果显示,采用基于空时频联合深增的高度扭曲不可分图像处理方法,高度扭曲的不可分图像质量被大大增强,可以很好的应用在图像处理方面。
採用空域處理、時域處理加頻域處理的聯閤處理方法,對圖像在多箇域進行圖像扭麯的校正和圖像質量的增彊,從而達到高度扭麯下的圖像質量改善;最後採用實際的高度扭麯圖像進行測試實驗,結果顯示,採用基于空時頻聯閤深增的高度扭麯不可分圖像處理方法,高度扭麯的不可分圖像質量被大大增彊,可以很好的應用在圖像處理方麵。
채용공역처리、시역처리가빈역처리적연합처리방법,대도상재다개역진행도상뉴곡적교정화도상질량적증강,종이체도고도뉴곡하적도상질량개선;최후채용실제적고도뉴곡도상진행측시실험,결과현시,채용기우공시빈연합심증적고도뉴곡불가분도상처리방법,고도뉴곡적불가분도상질량피대대증강,가이흔호적응용재도상처리방면。
The space-domain processing, time-domain processing and frequency-domain processing was joined together, the image in multiple domains was processed for image distortion correction and image quality enhancement, so as to achieve highly distorted image quality improvement. Finally, a highly distorted image was used to do experiment, the result shows that with joint of space-time-frequency, the image quality is improved greatly and it can be separated easily, it has good application in image processing.