Medtronic Navigation, Inc.

Michael Philip Marrama

Patrick A Helm

Kyo C Jin

Xiaodong Tao

Xavier Tomas Fernandez

Robert A Simpson

Hong Li

Andre Souza

Andre D A Souza

Rasika A Parkar

Michael D Ketcha

Mehdi Rahman

Rejeesh Radhakrishnan

Edward B Lipes

A method and system for identifying an implant in an x-ray image of an anatomy shown on a display screen. The method includes: displaying the image including an artifact of the implant; prompting a user to enter parameters of the implant; displaying a rendering of the implant over the image; prompting the user to position the rendering on the artifact at an accurate position corresponding to an actual position of the implant; alerting the user when the rendering is at an inaccurate position; prompting the user to reposition the rendering from the inaccurate position to the accurate position; alerting the user when the rendering is maneuvered by the user to the accurate position; and after the rendering has been maneuvered to the accurate position by the user, reconstructing the x-ray image to replace the artifact with the rendering affixed in the accurate position.

Method to superimpose rendering over spine hardware implants on images produced by Cbct scanner system

Disclosed is a system and method for operating an imaging system. The imaging system may move or be moved to acquire image data of a subject at different positions relative to the subject. The image data may, thereafter, be combined to form a single image.

Imaging system

A low-dose imaging method includes receiving a sparse image set of a portion of a patient's anatomy; up-sampling the sparse image set, in the sinogram domain and using a first neural network, to yield an up-sampled sinogram; generating, from the up-sampled sinogram, an initial reconstruction; and removing, from the initial reconstruction and using a second neural network, one or more artifacts in the initial reconstruction to yield a final output volume.

Systems and methods for low-dose AI-based imaging

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Ayer, MA, United States of America

Michael Philip Marrama