Researchers in medical imaging have multiple challenges for storing, indexing, maintaining viability, and sharing their data. Addressing all these concerns requires a constellation of tools, but not all of them need to be local to the site. In particular, the data storage challenges faced by researchers can begin to require professional information technology skills. With limited human resources and funds, the medical imaging researcher may be better served with an outsourcing strategy for some management aspects. This paper outlines an approach to manage the main objectives faced by medical imaging scientists whose work includes processing and data mining on non-standard file formats, and relating those files to the their DICOM standard descendents. The capacity of the approach scales as the researcher’s need grows by leveraging the on-demand provisioning ability of cloud computing.
[1]
Paul G Nagy.
The future of PACS.
,
2007,
Medical physics.
[2]
J. Wardlaw,et al.
An open source toolkit for medical imaging de-identification
,
2010,
European Radiology.
[3]
Brent K. Stewart,et al.
Aspects of computer security: A primer
,
2009,
Journal of Digital Imaging.
[4]
Steve G. Langer,et al.
DCMTB: A Virtual Appliance DICOM Toolbox
,
2009,
Journal of Digital Imaging.
[5]
Brent K. Stewart,et al.
Security: A Primer
,
1999
.
[6]
Jianping Hu,et al.
A novel cloud-based trust model for pervasive computing
,
2004,
The Fourth International Conference onComputer and Information Technology, 2004. CIT '04..
[7]
Steve G. Langer.
Issues Surrounding PACS Archiving to External, Third-Party DICOM Archives
,
2008,
Journal of Digital Imaging.