[Trial of a small image network system in a radiology department of an university hospital].
This paper describes the construction of an image network system in Shinshu University Hospital, and some of its current issues and advantages. Our discussion is based on our experience with a PACS system. SAIPACS, which was installed in 1990 for use in clinical conferencing and pre- and post-graduate education, and with a new CT and MRI network, which was subsequently introduced in 1993. The SAIPACS interconnects eight digital imaging modalities, including CT, MRI, XTV-DR (including digital tomosynthesis), FCR, nuclear medicine (RI), DSA, US, and a film digitizer (FD), with a workstation. Transmission time from the magnetic disk of each imaging modality to the SAIPACS image disk is not rapid enough. Therefore, we need to select images for transfer that are pertinent to our specific purpose, to complete image transmission within a practically acceptable period of time. The new CT/MRI network is composed of two CT units, two MRI systems, an image processing unit and a Universal Gateway. It provides faster image transmission than the SAIPACS system, because there is no need to reform image data to send them in a reversible compressed form. A versatile network system connected to the SAIPACS and CT/MRI network enables digital image data to be processed and edited and images to be transferred back to SAIPACS for clinical or educational use.
Kasuga
T
T
Department of Radiology, Shinshu University, School of Medicine.
Sone
S
S
Izuno
I
I
Oguchi
K
K
Aoki
J
J
Sakai
F
F
Takizawa
M
M
Hosoba
M
M
Yamaguchi
K
K
D003195:Computer Communication Networks; D006785:Hospitals, University; D007564:Japan; D008279:Magnetic Resonance Imaging; D011872:Radiology Department, Hospital; D011873:Radiology Information Systems; D014057:Tomography, X-Ray Computed