Empowering vision

Intelligent and

innovative

algorithms

Our intelligent algorithms

These algorithms are stand-alone software (DLL - Dynamic Link Library) designed and developed by Digitec, intended to be integrated into different acquisition software (software that will generate the x-ray images).


As dynamic-link libraries (DLL), they contain instructions that the acquisition software will use to execute specific tasks that are not part of the core system of the software, improving therefore its efficiency and potentiality.

Bone Suppression

3D Camera

Digital Tomosynthesis

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Bone Suppression

Artificial Intelligence algorithm that automatically removes bones from single shot chest x-ray images

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CHEST X-RAY IMAGE

WITHOUT BONE SUPPRESSION

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CHEST X-RAY IMAGE

WITH BONE SUPPRESSION

Bone Suppression (BS) is a post-processing algorithm that removes the bone structure from a standard chest x-ray image to enhance the visibility of soft tissues and, therefore, of any possible lesions.

Strengths of the algorithm

  • Provides an additional image with the bone structure removed
  • Does not require additional exposures
  • Does not increase the radiation dose to which patients are exposed
  • Does not require special additional equipment
  • Seamless integration with standard workflow
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Starting from a RAW image, the algorithm subtracts the bone structure and generates an additional output image - also RAW - with the bony structure removed, to which any post-processing functionalities may be applied for visualisation and reporting purposes.

Digital Tomosynthesis

Digital Tomosynthesis is an algorithm, which, using a sequence of projections acquired at different angles, guarantees a complete reconstruction of the volume to be examined. The iterative approach is a novel reconstruction, where the algorithm operates in a recursive fashion, updating the estimates of the object volume until it converges to an optimal solution, so that the reconstructed image has less noise. The algorithm allows the user to choose between two methods of use depending on the type of exams to be perform:

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Tomosynthesis for volume reconstruction of any anatomic region

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Digital Breast Tomosynthesis for volume reconstruction of the breast region

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Tomosynthesis algorithm is also applicable for screening and diagnostic mammography. As a three-dimensional imaging technique, it enables the reconstruction of volumetric images of the breast starting from a limited number of low-dose two-dimensional projections, obtained with different angles of the x-ray tube.

3D Camera

The 3D camera algorithm integrated into the acquisition software of the x-ray system enables:

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Positioning

It identifies the position of the collimator and AEC chambers directly on the patient overview display

Collimated area

Active AECs chambers

and not

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Patient Thickness

It measures the thickness and communicates the values to the acquisition softwarefor a possible size suggestion

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Tracking

It measures the thickness and communicates the values to the acquisition softwarefor a possible size suggestion

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CHECK

THE POSITIONING

READY

FOR X-RAY

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