
Publica
Hier finden Sie wissenschaftliche Publikationen aus den Fraunhofer-Instituten. EU-TeleInViVo: An Integrated Portable Telemedicine Workstation Featuring Acquisition, Processing and Transmission over Low-bandwidth Lines of 3D Ultrasound Volume Images
| ITAB-ITIS 2000. Proceedings. Joint meeting. Third IEEE EMBS International Workshop on Information Technology Applications in Biomedicine (ITAB'00). Third International Workshop on the Telemedical Information Society (ITIS'00) New York, NY: IEEE, 2000 ISBN: 0-7803-6449-X pp.158-163 |
| International Conference on Information Technology Applications in Biomedicine (ITAB) <3, 2000, Arlington/Va.> Telemedical Information Society (International Workshop ITIS) <3, 2000, Arlington/Va.> |
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| English |
| Conference Paper |
| Fraunhofer IGD () |
| telemedicine; teleconsultation; 3D Ultrasound; Interface sharing |
Abstract
A transportable telemedicine workstation has been de-signed, developed and evaluated for use in isolated areas such as islands, rural areas and crisis situation areas. The EU-TeleInViVo is a custom-made device integrating in one solid case: a portable PC with telecommunication capabilities and a light, portable 3D ultrasound station. The system developed has low price, low weight, is transportable and non-radiating. The integrated work-station uses advanced software techniques to acquire 3-dimensional ultrasound data of a patient.
The device is now being tested in different socio-economic conditions and adjusted accordingly to meet needs of developing countries and countries in transition. It currently comes in two versions, one fully portable, self-containing device, and a workstation version (PC attached to an ultrasound scanner for internal hospital use). A dedicated software package has been developed for the needs of this project, based on the In-ViVo ScanNT softwarepackage developed at Fraunhofer IGD. During a teleconsultation both partners, connected over a telecommunications network, are able to share the same interface and perform tasks visible in real-time, even on low bandwidth channels, to both ends on the same data set. The system supports various ways communication, such as Internet, ISDN, common phone lines, GSM, etc.