The hardware is industry standard, ensuring low maintenance costs. The system is flexible since it can accept data from a variety of sources in any format it is also low cost and. img files are used to keep a copy of a disc with information about its file structure.iso files cannot be compressed, while. floppy disk, which can then be used at the viewing station at the scanner. A sector copy is then made from the optical disk to the 8-in. floppy disk into the drive attached to the PC. Data retrieval involves entering the patient details into the data base and inserting a blank 8-in. The patient details (patient name, ID, date, etc.) are entered into a database program held on the PC and these are used to generate a reference pointer to the optical disk file through which the data can be retrieved. floppy disk drive and then transferred to the optical disk. floppy disks, and these are read into the PC using an attached 8-in. archiving of data on optical media saves money in. Image data are transferred from the scanner using 8-in. The cost of energy caused by an optical jukebox in contrast to hard disk systems is significantly lower, e.g. optical disk drive as a ‘stand-alone’ image store. We describe the use of an industry standard personal computer (PC) linked to a standard 5i-in. The Sony Optical Disk Archive Plugin for CatDV allows you to archive and retrieve files to and from CatDV. Optical disk stores, when fitted retrospectively to scanners, are very expensive and may not be compatible with existing computer hardware. The paper describes an approach to solving (he problem of providing a large-capacity image archive for diagnostic imaging departments at reasonable cost.
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