Andre Schröter

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Medical images are currently created digitally and stored in the radiology department's picture archiving and communication system (PACS). Reports are usually stored in the electronic patient record (EPR) of other information systems, such as the radiology information system (RIS) or the hospital information system (HIS). But high-quality service can only(More)
This paper describes the porting of a teleradiology system to a Personal Digital Assistant (PDA). The basis for this formed the CHILI teleradiology and PACS system developed by the Steinbeis Transferzentrum Medizinische Informatik, Heidel-berg (STZ) in cooperation with the German Cancer Research Center. The work was done as part of a EU IST project called(More)
This paper describes the ongoing work on mobile teleradiology systems in the EC-funded project MTM. The current development is based on the CHILI software architecture which provides a PACS and teleradiology infrastructure. The authors collected user requirements in a first step. Appropriate hardware has been selected based on these requirements. Dedicated(More)
This paper proceeds from the definition of teleradiology. It identifies three different generations of teleradiology systems and includes those systems that are not regarded as teleradiology systems by the authors. A list of requirements pertinent to users of first-generation teleradiology systems is introduced. Most of the requirements have been realized(More)
Zus ¢ ammenfassung. In der medizinischen Bildverarbeitung hat der Einsatz von Sof £ tware einen hohen Stellenwert. Dabei stehen neue Methoden zur Bildanaly-s ¤ e im Vordergrund. Um den klinischen Einsatz in Routine zu gewährleisten, sind be ¤ i der Entwicklung solcher Programme einerseits die Schnittstellen zu an ¥ deren Informationssystemen (KIS, RIS,(More)