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OpenGPSoC

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Your rating: None Average: 4.1 (7 votes)

The openGPSoC project came to life in September 2012 after a conversation at NHS Hack Day ’2′ in Liverpool. The idea of a fully open source GP clinical system has been suggested and discussed many times in the past, however due to the stringent requirements of any such software it is recognised as a very hard thing to try to achieve. While we recognised this difficulty, we also felt there were a number of opportunities at present which might make such a project possible.

Homepage: 
http://www.opengpsoc.org/

Net4Care

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The research project Net4Care's aim is to develop a ecosystem to make it easy for small and medium sized businesses (SMBs) to build telemedical applications for the home.

The main area of support within the present edition is handling clinical observations in the home and ensuring they become available for clinician's work.

The Net4Care framework helps in this by providing:

Homepage: 
http://www.net4care.org/

ADDIS

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Your rating: None Average: 4.3 (7 votes)

ADDIS is a software developed within the Dutch Escher-project for managing and analyzing clinical trial information.

ADDIS is a proof-of-concept system that allows us to simultaneously discover the possibilities of and the requirements on a database of structured clinical trials data. The automated discovery and (meta-)analysis of trial data, as well as benefit-risk assessment is supported.

ADDIS comes with two built-in examples:

Homepage: 
http://www.drugis.org/addis

Arden2ByteCode

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Your rating: None Average: 4.8 (4 votes)

The Arden Syntax as a standardized language to represent medical knowledge can be used to express medical knowledge.
Arden2ByteCode is a open source compiler for the Arden Syntax. Arden2ByteCode runs on Java Virtual Machines (JVM) and translates Arden Syntax directly to Java bytecode (JBC)
executable on JVMs. It also serves as runtime environment for execution of the compiled bytecode.

Homepage: 
https://plri.github.io/arden2bytecode/

Image-Guided Surgery Toolkit (iGStK)

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Your rating: None Average: 4.5 (2 votes)

The Image-Guided Surgery Toolkit is a high-level, component-based framework which provides a common functionality for image-guided surgery applications. The framework is a set of high-level components integrated with low-level open source software libraries and application programming interfaces (API) from hardware vendors.

Homepage: 
http://www.igstk.org/

OpenIGTLink

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Your rating: None Average: 4 (4 votes)

The goal of OpenIGTLink is to provide a standardized mechanism to connect software/hardware through the network for image-guided therapy (IGT) applications. The features of OpenIGTLink include:

Homepage: 
http://www.na-mic.org/Wiki/index.php/OpenIGTLink

pydicom

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Your rating: None Average: 3 (2 votes)

pydicom is a pure python package for working with DICOM files. It was made for inspecting and modifying DICOM data in an easy "pythonic" way. The modifications can be written again to a new file. As a pure python package, it should run anywhere python runs without any other requirements.

pydicom is not a DICOM server, and is not primarily about viewing images. It is designed to let you manipulate data elements in DICOM files with python code.

Homepage: 
http://code.google.com/p/pydicom/

Ruby DICOM

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UBY DICOM is a cross-platform library for handling DICOM files and network communication in the Ruby language. DICOM is a standard that is widely used throughout the world for saving and transmitting image data used in medicine. The library supports reading, editing and writing files as well as querying, retrieving and sending files.

Homepage: 
http://dicom.rubyforge.org/

FrameWork for Software Production Line (FW4SPL)

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FW4SPL is a component-oriented architecture with the notion of role-based programming. FW4SPL consists of a set of cross-platform C++ libraries. For now, FW4SPL focuses on the problem of medical images processing and visualization.

Homepage: 
http://code.google.com/p/fw4spl/

FreeSHIM

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FreeSHIM is an opensource electronic medical device interface, which aims to allow any EMR/PM system to talk to any medical device attached to a workstation without having to install tons of pesky drivers or “reinvent the wheel” for each additional device manufacturer.

It is written in Java, and has been tested on Linux and Windows workstations (though we’re pretty sure it also runs fine on Mac OS X as well), and exposes both SOAP and REST interfaces. Its only prerequisite is a running J2EE container, such as Apache Tomcat.

Homepage: 
http://freeshim.org/

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