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This tool supports NIfTI-1.

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Review this tool.

Name

MIPAV

Byline

Medical Image Processing, Analysis and Visualization - NIH

Description

Originally developed to support scientific imaging research for the NIH intramural research program. The development of a platform-independent, n-dimensional, general-purpose, extensible image processing and visualization program has mature significantly and is now available to others outside NIH.
As its name implies the application supports a wide range functionality needed by researchers that have imaging data.
1. Segmentation
2. Inter/Intra multi-modality registration
3. Surface rendering
4. Volume rendering
5. Reading and writing a great number of biomedical file formats including: DICOM 3.0, Analyze, NIFTI, SPM, MINC, Phillips, GE, Zeiss, Biorad, jpeg, png, tiff, mrc, fits, interfile, and many more.

NIfTI-1 support

As of MIPAV version 2.0, we have made many improvements, improved robustness and fixed a couple bugs.

Creator

Matthew McAuliffe, PhD

Contact

Matthew McAuliffe

WWW

http://mipav.cit.nih.gov

Availability

free for non-profit entities

How to get

Go to website

Current version

2.0

Current version release date

2/1/2006

Open source

No

License

Available free of charge

Yes

Requirements

This application is written in the Java programming language and therefore can execute on any platform where there is a Java Virtual Machine (JVM). We bundle the latest JVM and any required libraries with the application installer to ease the installation. The amount of memory required is dependent on the imaging application and the size of the dataset, but we recommend a minimum computer equivalent:

2.0 GHz CPU
0.5 GB main memory
128MB Graphics Card with OpenGL driver that supports 3D texture mapping if you want plan to use the surface renderer's texture map renderer. These cards typically cost $200-$300 dollars.

Technical publications

Applications publications

Other information

Keywords

atlas, BIRN, microscopy, NIfTI-1 support, registration, segmentation, surface analysis, visualization, volume, warping

Platforms

any Java enabled platform, HPUX, IDL, IRIX, Linux, MacOS, MATLAB, SunOS, UNIX, Windows

IATR listing last updated

01 Feb 2006

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