Jay Mung | University of Southern California (original) (raw)

Jay Mung

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Papers by Jay Mung

Research paper thumbnail of The influence of stents on the performance of an ultrasonic navigation system for endovascular procedures

Journal of Vascular …, Jan 1, 2009

Research paper thumbnail of An ultrasonic navigation system for endovascular aortic repair.

Studies in health …, Jan 1, 2009

The objective of our research is to develop an ultrasound, time-of-flight triangulation based sys... more The objective of our research is to develop an ultrasound, time-of-flight triangulation based system for real-time, intraoperative 3-dimensional tracking of minimally invasive surgical instruments. We have chosen to first apply this technology towards tracking catheters used in endovascular aortic stent-grafting. To demonstrate the feasibility of this concept, we have developed a system involving a custom catheter based transducer and performed an experiment in excised porcine tissue with a model aorta.

Research paper thumbnail of Time of flight and FMCW catheter localization

Ultrasonics Symposium (IUS), Jan 1, 2009

Abstract— This work uses ultrasound signals to track the 3D location of a catheter. Our system pr... more Abstract— This work uses ultrasound signals to track the 3D location of a catheter. Our system provides 3D coordinate data and not images. The coordinates can be registered with preoperative, 3D CT image data to provide a "GPS" like navigation system for catheter ...

Research paper thumbnail of Fresnel-based beamforming for low-cost portable ultrasound.

IEEE transactions on ultrasonics, …, Jan 1, 2011

Research paper thumbnail of Design and in Vitro Evaluation of a Real-time Catheter Localization System Using Time of Flight Measurements from Seven 3.5 MHz Single Element Ultrasound …

Research paper thumbnail of The influence of stents on the performance of an ultrasonic navigation system for endovascular procedures

Journal of Vascular …, Jan 1, 2009

Research paper thumbnail of An ultrasonic navigation system for endovascular aortic repair.

Studies in health …, Jan 1, 2009

The objective of our research is to develop an ultrasound, time-of-flight triangulation based sys... more The objective of our research is to develop an ultrasound, time-of-flight triangulation based system for real-time, intraoperative 3-dimensional tracking of minimally invasive surgical instruments. We have chosen to first apply this technology towards tracking catheters used in endovascular aortic stent-grafting. To demonstrate the feasibility of this concept, we have developed a system involving a custom catheter based transducer and performed an experiment in excised porcine tissue with a model aorta.

Research paper thumbnail of Time of flight and FMCW catheter localization

Ultrasonics Symposium (IUS), Jan 1, 2009

Abstract— This work uses ultrasound signals to track the 3D location of a catheter. Our system pr... more Abstract— This work uses ultrasound signals to track the 3D location of a catheter. Our system provides 3D coordinate data and not images. The coordinates can be registered with preoperative, 3D CT image data to provide a "GPS" like navigation system for catheter ...

Research paper thumbnail of Fresnel-based beamforming for low-cost portable ultrasound.

IEEE transactions on ultrasonics, …, Jan 1, 2011

Research paper thumbnail of Design and in Vitro Evaluation of a Real-time Catheter Localization System Using Time of Flight Measurements from Seven 3.5 MHz Single Element Ultrasound …

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