3D rendering of 2D ultrasound images without constraints, with the help of stereo cameras
The growth in image quality and technology of ultrasound imaging systems on the one hand, and easy, live and non-invasive ultrasound imaging on the other hand, has led to the use of this type of images becoming more popular.
3D rendering of 2D ultrasound images without constraints, with the help of stereo cameras The growth in image quality and technology of ultrasound imaging systems on the one hand, and easy, live and non-invasive ultrasound imaging on the other hand, has led to the use of this type of images becoming more popular.
The growth in image quality and technology of ultrasound imaging systems on the one hand, and easy, live and non-invasive ultrasound imaging on the other hand, has led to the use of this type of images becoming more popular. One of the applications of ultrasound imaging is in minimally invasive surgical procedures (MIS), in which the surgeon needs the location of tissues during the operation in addition to the knowledge of the patient's anatomy that is present in the preoperative tomographic images. In this project, an attempt has been made to collect two-dimensional images taken at a desired location and angle and to create a three-dimensional image, enabling the updating of the location of tissues in tomography images. For this purpose, the position of the ultrasound probe is recorded during imaging with the help of tracking systems. In this project, Plus Server software is used to establish communication and obtain data between the tracking and ultrasound systems, and 3D Slicer software is used for displaying the data.
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