Difference between revisions of "OpenIGTLink"

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(Created page with "The OpenIGTLINK is a commonly used communications standard that features in many image guided therapy applications. The standard facilitates the robust transmission and recept...")
 
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The OpenIGTLINK is a commonly used communications standard that features in many image guided therapy applications. The standard facilitates the robust transmission and reception of medical data over a computer network. More information regarding the standard can be viewed on the OpenIGTLink homepage (http://openigtlink.org/).
 
The OpenIGTLINK is a commonly used communications standard that features in many image guided therapy applications. The standard facilitates the robust transmission and reception of medical data over a computer network. More information regarding the standard can be viewed on the OpenIGTLink homepage (http://openigtlink.org/).
  
3DSlicer (https://www.slicer.org/) and MITK (http://mitk.org/wiki/MITK) are medical imaging toolkits that integrate the OpenIGTLink standard. In this work 3D Slicer is used to effectively visualise the position of the Anser system in a 3D environment.
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CustusX (https://www.custusx.org/), 3DSlicer (https://www.slicer.org/), MITK (http://mitk.org/wiki/MITK) are medical imaging toolkits that integrate the OpenIGTLink standard. In this work 3D Slicer is used to effectively visualise the position of the Anser system in a 3D environment.

Revision as of 15:52, 9 November 2017

The OpenIGTLINK is a commonly used communications standard that features in many image guided therapy applications. The standard facilitates the robust transmission and reception of medical data over a computer network. More information regarding the standard can be viewed on the OpenIGTLink homepage (http://openigtlink.org/).

CustusX (https://www.custusx.org/), 3DSlicer (https://www.slicer.org/), MITK (http://mitk.org/wiki/MITK) are medical imaging toolkits that integrate the OpenIGTLink standard. In this work 3D Slicer is used to effectively visualise the position of the Anser system in a 3D environment.