HoloDicom allows to convert any file in DICOM format with three-dimensional content in a holographic image of mixed reality.
HoloDicom shows a floating window, where it exposes the anatomical plans axial, coronal, sagital, and at mercy, oblicuo. In addition, it allows to navigate for the planes in an agile and efficient way. The windows of the anatomic projections are treated as holographic objects and, as such, can progress, rotate and move in the real world.
HoloDicom provides the selected holographic representation, both in the chosen anatomical section, and in the complete 3D volume, simultaneously.In addition to enabling the application of the most relevant and frequent filters in the diagnosis by the image:
- MIP. Maximum intensity projection
- MINIP. Minimum intensity projection
- AIP. Average intensity projection
Even, together with this innovative and efficient holographic vision technology, HoloDICOM stands out in the application of the most advanced segmentation techniques, already in the field of diagnostic imaging, among others:
- Segmentation based on the application of Hansfield units.
- Segmentation based on the Watershed algorithm.
- Segmentation based on the different levels of the gray scale ("Window Level").
- Segmentation based on the practical management of the threshold and penumbra (thresholding).
All the segments selected with any of these techniques can be saved, hidden or displayed individually, as well as applying different color ranges depending on their intensity.
HoloDicom also has a tool for calculating distances within the holography, so that the user can accurately know the length of an area of diagnostic interest to highlight, regardless of the scale or plane in which the hologram it is located.
With HoloDicom, multiple users can participate in a plural session for concurrent simultaneous visualization of the diagnostic image, where one instructor member will possess the total domain of the team's interface, while the rest will be able to contemplate and perceive, in real time, all the utilities and movements in the application of any function, on the planes of the diagnostic anatomy, (measurements, segmentation, filters, anatomical planes...), while the holographic model is updated accordingly.
Thanks to the operative capacity of the spectator mode, it is feasible to connect the system to a standard video camera, which will project the diagnostic image on a traditional monitor so that a multiple audience can accompany and enjoy the interaction with the hologram. The chamber HoloDicom shows sensible and simultaneously the real world and the holographic world of the diagnostic images fused.
This tool allows the realization of voice recordings and transcribing them automatically, through the use of a voice recognition service. It also allows to obtain and save diagnostic image catches from the user's point of view, which automatically fuses the real world with the holographic world.