Title :
Deployable teleradiology: Bosnia and beyond
Author :
Levine, B.A. ; Cleary, Kevin ; Mun, Seong K.
Author_Institution :
George Washington Med, Centre, Washington, USA
Abstract :
The US military has been an effective proponent of digital imaging and teleradiology for the past 15 years (J.A. Thomas, 1991). A digital imaging network that eliminates the use of X-ray film makes military medicine requirements simpler. X-ray film requirements include storage of new, unexposed films, storage and use of chemicals and water for processing, and disposal of chemicals. In some deployed situations, the chemical discharge needs to be collected and shipped out of the area. Therefore, the ability to implement electronic imaging, and eliminate or greatly reduce the dependence on film, chemicals, and water are intrinsically important to military medicine. In December 1995, the US government began deployment of 20000 US troops to Bosnia-Herzegovina as a part of NATO´s peace keeping implementation force (IFOR) operation. A full complement of military medical support facilities was established in Bosnia. An army base in Hungary was the location from which the deployment was staged. The project to deploy telemedicine and teleradiology capabilities to the medical treatment facilities (MTF) in Bosnia and Hungary became known as PrimeTime III. The paper deals with the deployable teleradiology (DEPRAD) system that was installed by the ISIS Center at a number of facilities to implement filmless radiology and teleradiology services in support of PrimeTime III
Keywords :
computer networks; diagnostic radiography; medical image processing; military computing; Bosnia; Bosnia-Herzegovina; Hungary; ISIS Center; PrimeTime III; US government; US military; US troops; X-ray film; deployable teleradiology; digital imaging network; electronic imaging; filmless radiology; medical treatment facilities; military medical support facilities; military medicine requirements; peace keeping implementation force; telemedicine; teleradiology services; Biomedical imaging; Chemical processes; Digital images; Intersymbol interference; Medical treatment; Optical imaging; Telemedicine; US Government; Water storage; X-ray imaging;
Conference_Titel :
Information Technology Applications in Biomedicine, 1998. ITAB 98. Proceedings. 1998 IEEE International Conference on
Conference_Location :
Washington, DC
Print_ISBN :
0-7803-4973-3
DOI :
10.1109/ITAB.1998.674700