Oomen J A, Slager C J, Lehmann K G, Schuurbiers J C, Serruys P W
Thorax Center, University Hospital Rotterdam, The Netherlands.
Med Prog Technol. 1995;21(1):39-46.
Colors in video representations of angioscopic images are up until now described by an human observer. Differences in settings of the monitor and the inherent poor ability of the human eye to classify colors objectively results in a very poor intraobserver as well as interobserver variability. A PC-based method is described to measure colors in a video image and to present the results in a novel C-diagram. Results with this method for standard calibrated colors are given. Possible sources of error are discussed and methods to minimize these errors are presented.
直到现在,血管内镜图像的视频呈现中的颜色都是由人类观察者来描述的。显示器设置的差异以及人眼客观分类颜色的固有能力较差,导致观察者内部以及观察者之间的变异性非常低。本文描述了一种基于PC的方法,用于测量视频图像中的颜色,并以一种新颖的C图形式呈现结果。给出了该方法对标准校准颜色的测量结果。讨论了可能的误差来源,并提出了将这些误差降至最低的方法。