Add to ORKGA method is presented to aid the extraction and tracking of guide wires during X-ray fluoroscopy guided endovascular interventions. A two-step procedure is utilized, in which rst a rigid translation is determined to capture the rough displacement and next a spline optimization is performed for accurate localization of the guide wire. Both the application of subtraction images and lters which enhance line-like structures are investigated. With the optimal settings, the guide wire was tracked succesfully in 141 out of 146 frames from 5 image sequences
International audienceCurvilinear structures are common in medical imaging, which typically require ...
The topic of this master's thesis is real time guide wire tracking and 3D reconstruction. Guide wire...
The topic of this master’s thesis is real time guide wire tracking and 3D reconstruction. Guide wire...
Robust tracking of interventional tools, such as guidewires and catheters, in X-ray fluoroscopic vid...
We present a novel method to track a guidewire in cardiac xray video. Using variational calculus, we...
The segmentation of endovascular tools in fluoroscopy images can be accurately performed automatical...
Abstract—This work presents a novel scheme for tracking of motion and deformation of interventional ...
In this report, we propose a complete pipeline for guide-wire segmentation and tracking in the conte...
In neuro-interventional surgeries, physicians rely on fluoroscopic video sequences to guide tools th...
Guiding catheters and guidewires are used extensively in pediatric cardiac catheterization procedure...
Guiding catheters and guidewires are used extensively in pediatric cardiac catheterization procedure...
In endovascular interventions, thin, flexible instruments are inserted through the skin into the blo...
This thesis addresses the segmentation and the tracking of thin curvilinear structures. The proposed...
Endovascular interventions include a variety of techniques, chiefly involving guidewires and cathete...
In endovascular surgery and cardiology, robotic catheters are emerging as a promising technology for...
International audienceCurvilinear structures are common in medical imaging, which typically require ...
The topic of this master's thesis is real time guide wire tracking and 3D reconstruction. Guide wire...
The topic of this master’s thesis is real time guide wire tracking and 3D reconstruction. Guide wire...
Robust tracking of interventional tools, such as guidewires and catheters, in X-ray fluoroscopic vid...
We present a novel method to track a guidewire in cardiac xray video. Using variational calculus, we...
The segmentation of endovascular tools in fluoroscopy images can be accurately performed automatical...
Abstract—This work presents a novel scheme for tracking of motion and deformation of interventional ...
In this report, we propose a complete pipeline for guide-wire segmentation and tracking in the conte...
In neuro-interventional surgeries, physicians rely on fluoroscopic video sequences to guide tools th...
Guiding catheters and guidewires are used extensively in pediatric cardiac catheterization procedure...
Guiding catheters and guidewires are used extensively in pediatric cardiac catheterization procedure...
In endovascular interventions, thin, flexible instruments are inserted through the skin into the blo...
This thesis addresses the segmentation and the tracking of thin curvilinear structures. The proposed...
Endovascular interventions include a variety of techniques, chiefly involving guidewires and cathete...
In endovascular surgery and cardiology, robotic catheters are emerging as a promising technology for...
International audienceCurvilinear structures are common in medical imaging, which typically require ...
The topic of this master's thesis is real time guide wire tracking and 3D reconstruction. Guide wire...
The topic of this master’s thesis is real time guide wire tracking and 3D reconstruction. Guide wire...