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In radiology, graphic workstations allow their users to process, review, analyse, communicate and exchange multidimensional digital images acquired with different image-capturing radiological devices.
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Consequently, sophisticated computing tools that combine software and hardware to process medical images are needed.
For the radiological field, manipulating and post-processing images is increasingly important. However, this last group of free applications have limitations in its use. Two examples of free open source software are Osirix Lite® and 3D Slicer®.
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In addition, some of these applications are known as Free Open Source Software because they are free and the source code is freely available, and therefore it can be easily obtained even on personal computers. These software applications are of great interest, both from a teaching and a radiological perspective. Mujika, Katrin Muradas Méndez, Juan Antonio Juanes de Miguel, Andrés FramiñanĬurrently, there are sophisticated applications that make it possible to visualize medical images and even to manipulate them. This application is also a good tool for teaching activities because it facilitates the attainment of learning objectives among students and other specialists.Īdvantages and Disadvantages in Image Processing with Free Software in Radiology. OsiriX is a DICOM PACS workstation for medical imaging and software for image processing for medical research, functional imaging, 3D imaging, confocal microscopy and molecular imaging. OsiriX appears to be the only program able to perform all the operations taken into consideration, similar to a workstation equipped with proprietary software, allowing the analysis and interpretation of images in a simple and intuitive way. Among them, five obtained a score of 9: 3D Slicer, MedINRIA, MITK 3M3, VolView, VR Render while OsiriX received 10. Twelve programs received a score higher than or equal to eight. Capabilities of data import, data export, metadata, 2D viewer, 3D viewer, support platform and usability of each selected program were evaluated on a scale ranging from 1 to 10 points.
The programs selected all meet the basic requirements such as free availability, stand-alone application, presence of graphical user interface, ease of installation and advanced features beyond simple display monitor.
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We selected 23 programs for Windows and 20 programs for Mac from 150 possible OSS programs including DICOM viewers and various tools (converters, DICOM header editors, etc.). The purpose of this paper is to evaluate the use of open source software (OSS) to process DICOM images.
Valeri, Gianluca Mazza, Francesco Antonino Maggi, Stefania Aramini, Daniele La Riccia, Luigi Mazzoni, Giovanni Giovagnoni, Andrea Open source software in a practical approach for post processing of radiologic images. The system can be operated in three modes and is combined with HP Apollo workstation hardware. The company's GAE software package is an enhanced version of the TAE, developed by Goddard Space Flight Center to support remote sensing and image processing applications. To convert raw data into environmental products, the National Weather Service and other organizations use the Global 9000 image processing system marketed by Global Imaging, Inc. IMAGELAB FFT is a general purpose image processing system with a variety of other applications, among them image enhancement of fingerprints and use by banks and law enforcement agencies for analysis of videos run during robberies. The software, manufactured by Werner Frei Associates, is IMAGELAB FFT.
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The Ames digital image velocimetry technology has been incorporated in a commercially available image processing software package that allows motion measurement of images on a PC alone. Since STAMPS is PBS-based, the supercomputer may be a multi-node computer cluster or one of the latest multi-core computers. The STAMP image outputs can be used to perform brain analysis using Statistical Parametric Mapping (SPM) or single-/multi- image modality brain analysis using Support Vector Machines (SVMs). It also contains novel MRI post-processing features. The tool uses standard brain MRI post-processing tools (such as SPM, FSL, and HAMMER) for multiple MR image types in a pipeline fashion.
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This software tool enables the automation of nonlinear registration for a large image set and for multiple MR image types. This paper describes a Software Tool for Automated MRI Post-processing (STAMP) of multiple types of brain MRIs on a workstation and for parallel processing on a supercomputer (STAMPS). STAMPS: Software Tool for Automated MRI Post-processing on a supercomputer.īigler, Don C Aksu, Yaman Miller, David J Yang, Qing X
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