Prinz Michael, Fischer Georg, Schuster Ernst
Dept. of Medical Computer Sciences, Section on Med. Computer Vision, University of Vienna, Austria.
Stud Health Technol Inform. 2003;95:292-7.
To adequately visualize and interpret the data fields of DICOM 3 datasets the data structure defined in the DICOM 3 standard has to be applied. The DICOM 3 data structure is very extensive and therefore costly to implement. We are working on an open source system which provides the data structure via a Java-programming interface. The data is held in a freely available XML-database. As a spin-off we are providing the web-based Dicom Search Engine (DicoSE) which will be available via internet soon. DicoSE allows for searching the DICOM standard data dictionary for defined data fields and visualizes the topology of the data which is present in DICOM datasets acquired by various types of modalities. Thus, the interpretation of the meaning of data fields is supported. For maintaining the data stored in the database a web-based administration interface is provided.
为了充分可视化和解释DICOM 3数据集的数据字段,必须应用DICOM 3标准中定义的数据结构。DICOM 3数据结构非常庞大,因此实现成本很高。我们正在开发一个开源系统,该系统通过Java编程接口提供数据结构。数据存储在一个免费的XML数据库中。作为一个衍生产品,我们正在提供基于网络的Dicom搜索引擎(DicoSE),很快将通过互联网提供。DicoSE允许在DICOM标准数据字典中搜索定义的数据字段,并可视化各种类型模态获取的DICOM数据集中存在的数据拓扑结构。因此,支持对数据字段含义的解释。为了维护存储在数据库中的数据,提供了一个基于网络的管理界面。