K. Chipman, P. Holzworth, J. Loop, N. Ransom, D. Spears, and B. Thompson, "Medical applications in a B-ISDN field trial," IEEE J. Select. Areas Commun., vol. 10, pp. 1173--1187, Sept. 1992. Home/Search Document Not in Database Summary Related Articles Check |
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Set Redundancy, The Enhanced Compression Model, And Methods.. - Karadimitriou (1996) (Correct)
....Systems (PACS) are the integrated electronic systems that will support this digital environment by aiding in the collection, storage, and communication of medical digital images. The benefits and problems associated with an all digital radiologic environment have been shown in several studies [Kositpaiboon89, Chimiak92, Chipman92, Cox92, Dwyer92, Huang92, Keizers92, Orozco92]. Some of the most important benefits emanate from the replacement of film libraries by digital image archiving. Films stored in film libraries are often misfiled, damaged, lost, and occupy valuable space. Retrieving an image from a film library is time consuming because a Chapter 7: Application ....
Chipman K., Holzworth P., Loop J., Ransom N., Spears D., and Thompson B., "Medical applications in a B-ISDN field trial", IEEE Journal on Selected Areas in Commun., vol. 10, no. 7, pp. 1173-1187, Sep. 1992.
Technological Advances in Teleradiology - Orphanoudakis, Kaldoudi, Tsiknakis (1996) (Correct)
....(i.e. standalone image data base system, PACS or IMACS) that should ideally exist at sites involved in teleradiology. However, it is generally accepted that the teleradiology infrastructure also includes information systems responsible for short term storage and management of multimedia data [41] and able to implement strategies for intelligent data prefetching, as required by several applications mentioned above. In this section, important technological issues related to the teleradiology infrastructure, and other related issues such as image compression, data security and ....
.... in related transactions result in excessive bandwidth demands per imaging modality, medical imaging workstation, and teleradiology session [4, 54, 55] Bandwidth requirements and traffic characteristics for multimedia object communication and generic teleradiology applications are summarized in [40, 41]. Based on such data, modeling and simulation techniques are employed to estimate teleradiology workload, data throughput rates, as well as network capacity and performance for various communication infrastructures [6, 14, 54, 56] ATM (asynchronous transfer mode) is often described as the ....
[Article contains additional citation context not shown here]
Chipman K, Holzworth P, Loop J, Ransom N, Spears D, Thompson B. Medical applications in a BISDN field trial. IEEE J Selected Areas Commun 1992; 10: 1173-1187.
A Unified Multimedia Database System To Support.. - Lin, Duann, Liu, Chen.. (1998) (Correct)
No context found.
K. Chipman, P. Holzworth, J. Loop, N. Ransom, D. Spears, and B. Thompson, "Medical applications in a B-ISDN field trial," IEEE J. Select. Areas Commun., vol. 10, pp. 1173--1187, Sept. 1992.
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