A DICOM validator for quality control of DICOM datasets on CD-R and other storage media

Platform Independent Visualization of DICOM-Datasets in 3-D VisualMediJa

Systematic Parameterization, Storage, and Representation of Volumetric DICOM Data

Tomographic medical imaging systems produce hundreds to thousands of slices, enabling three-dimensional (3D) analysis. Radiologists process these images through various tools and techniques in order to generate 3D renderings for various applications, such as surgical planning, medical education, and volumetric measurements. To save and store these visualizations, current systems use snapshots o...

DICOM Web HTTP Service over Traditional DICOM DIMSE Service

Paper less offices is making a great impact all over the world including the healthcare industry with hospitals increasingly adopting this practice. The clinical images today are distributed across healthcare organizations and need to be catered to the physicians on demand, with Digital Imaging and Communication in Medicine (DICOM) standards playing an important role in the storing and transpor...

Proposal of a new Internet Standard for DICOM: DICOM-QR URL

This paper proposes a new Internet standard that is combination of two standards in different domain, Internet and medical informatics. The both standards are described briefly in this paper. We describe how to combine them into a Internet standard. With a new standard, there are several advantages for medical information systems. The standard should be established by the following way of the I...

Understanding DICOM and IHE.

ANOTHER REVOLUTION IS taking place in radiology. This revolution differs from the previous 2 decades in which digital computers began to dominate imaging. Although the 1980s and 1990s brought us computed tomography, magnetic resonance imaging, computed radiography, digital subtraction angiography, and softcopy viewing (filmless radiology), the emphasis today is on developing seamless communicat...