The topic of this master's thesis is real time guide wire tracking and 3D reconstruction. Guide wire and guiding catheter navigation is of utmost importance for successful endovascular interventions. Physicians usually use monoplane 2D medical imaging x-ray devices as navigational aids, however, such devices do not provide a real 3D position that is desireable for more accurate and shorter procedure. We use 2D monoplane x-ray imaging to track the guide wire. With the help of preoperatively acquired volume a 3D guide wire reconstruction is possible. All aspects of such automatic tracking and reconstruction system are discussed. A prototype system that achieves real-time performance of up to 12 frames per second is described.Istraživačko pod...
Objective: Catheters and wires are used extensively in cardiac catheterization procedures. Detecting...
AbstractIntroductionWe describe a novel approach to arterial cannulation using the StealthStation® G...
A major challenge during endovascular interventions is visualising the position and orientation of t...
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...
Visual tracking of moving objects is one of important open problems in the field of computer vision....
Background Endovascular procedures are nowadays limited by difficulties arising from the use of 2D i...
Endovascular interventions include a variety of techniques, chiefly involving guidewires and cathete...
A method is presented to aid the extraction and tracking of guide wires during X-ray fluoroscopy gui...
In interventional neuroradiology, the X-ray angiography machine is the reference imaging system to g...
A number of diseases can affect the aorta, and endovascular (minimally invasive) techniques can be u...
International audienceEndovascular surgery is becoming widely deployed for many critical procedures,...
The presented work provides a contribution to the field of computer-assisted catheter reconstruction...
Objective: Fiber Optic RealShape (FORS) is a new technology that visualises the full three dimension...
Purpose: Catheters and guidewires are used extensively in cardiac catheterization procedures such as...
Objective: Catheters and wires are used extensively in cardiac catheterization procedures. Detecting...
AbstractIntroductionWe describe a novel approach to arterial cannulation using the StealthStation® G...
A major challenge during endovascular interventions is visualising the position and orientation of t...
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...
Visual tracking of moving objects is one of important open problems in the field of computer vision....
Background Endovascular procedures are nowadays limited by difficulties arising from the use of 2D i...
Endovascular interventions include a variety of techniques, chiefly involving guidewires and cathete...
A method is presented to aid the extraction and tracking of guide wires during X-ray fluoroscopy gui...
In interventional neuroradiology, the X-ray angiography machine is the reference imaging system to g...
A number of diseases can affect the aorta, and endovascular (minimally invasive) techniques can be u...
International audienceEndovascular surgery is becoming widely deployed for many critical procedures,...
The presented work provides a contribution to the field of computer-assisted catheter reconstruction...
Objective: Fiber Optic RealShape (FORS) is a new technology that visualises the full three dimension...
Purpose: Catheters and guidewires are used extensively in cardiac catheterization procedures such as...
Objective: Catheters and wires are used extensively in cardiac catheterization procedures. Detecting...
AbstractIntroductionWe describe a novel approach to arterial cannulation using the StealthStation® G...
A major challenge during endovascular interventions is visualising the position and orientation of t...