Englmeier K H, Fink U, Hilbertz T
GSF-Forschungszentrum für Umwelt und Gesundheit, Institut für Medizinische Informatik und Systemforschung, Neuherberg.
Proc Annu Symp Comput Appl Med Care. 1992:25-9.
Radiological and clinical practice can be enhanced by improved access to multimodal image informations. Analysis, visualization, method characteristic image processing and image synthesis is needed not only for the interpretation of the images but also for performing effective consultations with clinical colleagues and computer supported therapy planning and control strategies. The distributed system RADVIS (radiological visualization) is presented which enables the fast display, three dimensional visualization and the modality oriented analysis of multimodal image informations. Based on a unique image format, modality specific evaluation procedures and two- or three dimensional processing tools of image analysis produce the input data for therapy planning programs. The easy use of this multimedia visualisation tool enables radiologists and clinicians to deal with their image data. The description of methods and procedures of the prototype, as well as typical examples of radiologic practice will demonstrate the efficiency of the presented system.
通过更好地获取多模态图像信息，可以提高放射学和临床实践水平。不仅在解读图像时，而且在与临床同事进行有效会诊以及计算机辅助治疗计划和控制策略中，都需要进行分析、可视化、具有方法特性的图像处理和图像合成。本文介绍了分布式系统RADVIS（放射可视化），它能够快速显示、三维可视化以及对多模态图像信息进行模态导向分析。基于独特的图像格式，特定模态的评估程序以及二维或三维图像分析处理工具为治疗计划程序生成输入数据。这种多媒体可视化工具易于使用，使放射科医生和临床医生能够处理他们的图像数据。对该原型的方法和程序的描述，以及放射学实践的典型示例将证明所展示系统的效率。
