Title :
Advantages of a cardiac DICOM network server/writer for viewing and permanent CD-R archiving of cardiovascular X-ray angiography images
Author :
Hilbel, T. ; Reiter, M.A. ; Brockmeier, K. ; Kuecherer, H.F. ; Haass, M.
Author_Institution :
Dept. of Cardiology, Heidelberg Univ., Germany
Abstract :
For permanent archiving digital images from the angiocardiographic laboratory are recorded on DICOM compatible recordable compact discs (CD-Rs) or stored on digital tape archiving systems. Because the CD-R is a cost-effective storage medium, CD-Rs are often used as a permanent long-term archival medium. To test the usefulness of centralized CD writing and temporary storage of DICOM image data, direct connected stand alone embedded CD-Medical recorder technology was compared (System 1) to a network DICOM image server and DICOM CD-writer (System 2). Three cardiovascular angiography X-ray systems connected to the sewer and CD-writer with DICOM network interfaces. In addition, each X-ray system was equipped with a stand alone CD-Medical recorder. The difference in recording time and storage requirements between the 2 systems was determined by 4 different representative examinations. Exam 1 (8 runs with a total of 538 images) recording time and storage space of system 1 vs. system 2: 8 vs. 6 min and 117 vs. 66 MB respectively. Exam 2 (12 runs with a fetal of 1007 images) recording lime and storage space of system 1 vs system 2: 14 vs. 8 min and 179 vs. 95 MB, respectively. Exam 3 (24 runs with a total of 1503 images) recording time and storage space of system 1 vs. system 2: 23 vs. 12 min and 283 vs. 140 MB, respectively. Exam 4 (28 runs with a total of 2401 images) recording time and storage space of system 1 vs. system 2. 28 vs. 20 min and 482 vs. 281 MB, respectively. In conclusion, the centralized recording is less time and storage intensive compared to an embedded CD-R writer. In addition, the network solution allows instant viewing of the exams from anywhere in the hospital
Keywords :
CD-ROMs; PACS; angiocardiography; biomedical equipment; diagnostic radiography; laboratory techniques; network interfaces; network servers; 2 to 20 min; DICOM compatible recordable compact discs; cardiac DICOM network server/writer; cardiovascular X-ray angiography images; centralized recording; digital tape archiving systems; direct connected stand alone embedded CD-Medical recorder technology; instant viewing; medical diagnostic imaging; medical instrumentation; permanent CD-R archiving; storage requirements; storage space; CD recording; Cardiology; DICOM; Digital images; Image storage; Laboratories; Network servers; System testing; Writing; X-ray imaging;
Conference_Titel :
Computers in Cardiology 2000
Conference_Location :
Cambridge, MA
Print_ISBN :
0-7803-6557-7
DOI :
10.1109/CIC.2000.898606