Projects tagged ‘imaging’ and ‘medical’

dcm4che is a collection of open source applications and utilities for the healthcare enterprise. These applications have been developed in the Java programming language for performance and ... [More] portability, supporting deployment on JDK 5 and up. At the core of the dcm4che project is a robust implementation of the DICOM standard. The dcm4che-2.x DICOM toolkit is used in many production applications across the world and has been architected for high performance and flexibility. Other components of the dcm4che project are dcm4chee, Xero, and Oviyam. [Less]

DICOM Image Manager and Image Archive, with plugins available for IHE CDW, ARR, XDS, and XDS-I functionality

The Open Source Health Information Platform (OSHIP) is an implementation of the http://www.openEHR.org healthcare specifications written in Python/C. Uses the Zope Component Architecture ... [More] http://www.ohloh.net/projects/zope3 and Grok https://www.ohloh.net/p/grok But! OSHIP isn't limited to the openEHR model. It can be used to develop applications in concert with any information model or connect directly to any existing application in order to extend the capabilities and interface opportunities for that application. OSHIP is part of the Multi-Level Health Information Modeling suite of tolls and specifications open source projects found here: https://launchpad.net/mlhim [Less]

We are aiming for a comprehensive scalable software solution for electronic medical practice with emphasis on privacy protection, secure patient centric record sharing, decision support and ease of use.

Symbiosys is an implementation of PatientOS where the UI layer uses with eclipse's rcp, jface and swt widget libraries to achieve native look and feel of the gui at runtime. The system can be ... [More] described as an emr, ehr, pmr, pms -- patient management system, electronic health records, electronic medical records. [Less]

SMISDK is a completely free for research DICOM Volume Analysis Software Development Kit. Disclaimer: SMISDK is not approved for clinical or diagnostic usage and should not be relied upon for any ... [More] diagnostic decisions. It is provided 'as is' and any risks associated with its misuse or lack of quality lie completely with the user. The only purpose of SMISDK is to support and enhance research in the area of medical imaging. This project is another step in the direction of the mission statement of Science.Medical.Imaging group: "Gather thoughts from the fields of acquisition, communication and understanding of medical images for better image guided diagnostics and treatment. " The hope is to amalgamate the best of medical imaging physics, applied mathematics, computer science, medicine, and visualization in the pursuit. We are trying to share free and opensource resources in the pursuit of this goal as and when possible. Examples of free resources shared already: - an open source project for research: DICOM Volume Analysis Software Development Kit (SMISDK) - a completely free for research: DICOM Volume Analyzer (SMIViewer) - a completely free for research: DICOM Volume Analysis Software Development Kit - numerous discussions on image analysis - testing data - conference invitations - online paper resources - and growing.... Please visit the group here for more details: http://groups.google.com/group/medicalimagingscience. This page has been visited times since July 2009. [Less]

Tools to - read DICOM headers - change DICOM fields - and more importantly archive your DICOM data - create a imaging repository with a database backend in order to run this you will need a ... [More] profile file in ~/.neurodb/ and some perl packages installed... to be listed soon [Less]