Volume Processor .Net

Volume Processor .Net is a medical imaging and analysis software coded under Visual Basic.Net 2005 platform and authored by Cengiz Çelebi. The development of the software is an ongoing research activity and is supported by Assis.Prof.Dr. Ulus Çevik from Cukurova University and by Assis.Prof.Dr. İbrahim Erkutlu from The University of Gaziantep.  The main objective of the research activities is to develop national technologies and low cost software systems on medical imaging and analysis applications.

Main Properties of Volume Processor.Net Volume Processor .Net provides the ability to manipulate and interact with 3D volumetric objects and allows evaluation by giving an understanding of complex anatomical relationships and pathology. With the software you can interact with true 3D volumetric objects, manipulate the axial, coronal, and sagittal planes, or any displayed volume, individually or simultaneously and examine detailed volumetric data rapidly and efficiently

Communication, Collaboration, Education, and Training Volume Processor .Net provides tools for professionals to communicate and collaborate by giving the ability to share both 2D and 3D visualization parameters simultaneously in real time. Playback and video export capabilities, streamline the sharing of information for consultation and educational purposes.        Registration and Segmentation Alignment of all the objects in the correct coordinate space Clone volumes to freely explore without affecting original data

Reporting Tools Generate case reports with patient data, snapshot images, findings, and summary for your records, or for referring physicians Make a digital movie to preserve your case for future presentation Reporting features support enhanced communications

Supported Data File Formats Raw, Df1, Vol, Analyze, Dicom3 (not fully functional, being developed) Specifications Thresholding, Layer Visualization, Surface Normal Estimation, Surface Smoothing – Surface Normal Enhancement, 3D Reconstruction and Direct volume rendering, Rendering acceleration with Ray Leaping, 2D and 3D Multi-planar reconstruction, First-hit projection, Maximum-intensity projection, Weighted additive projection and more