Add to ORKGReal-time organ positioning is a promising technique for enhancing radiotherapy of cancer tumors in situations where the tumor position can be believed to change between imaging and treatment and/or during treatment. In this work, we exploit theory on optimal measurements to formulate an optimization problem for the sensor positions of a magnetic tracking system. The optimization problem is relaxed into a convex problem, which is subsequently solved
International audienceSpatial uniformity of amplitude and polarization of the RF magnetic field, ass...
In radiation therapy, tumor tracking is a challenging task that allows a better dose delivery. One p...
A cost effective method for evaluating patient motion during external beam radiotherapy has been dev...
Real-time organ positioning is a promising technique for enhancing radiotherapy of cancer tumors in ...
In a magnetic tracking system, the position and orientation of a coil is determined by its low frequ...
Abstract- Because the position of a tumor changes during radiation therapy (because of respiration o...
<p>In recent years, magnetic tracking has been applied in many biomedical settings due to the transp...
Magnetic tracking is a popular technique that exploits static and low-frequency magnetic fields for ...
The performance of a magnetic tracking system is substantially influenced by the positions of its se...
Radiation therapy is an effective method to combat cancerous tumors by killing the malignant cells o...
Abstract Background and Objectives Magnetic tracking involves the use of magnetic sensors to localiz...
From one treatment to the next, considerable effort is made to accurately position radiotherapy pati...
This thesis covers two topics in biomedical electromagnetics: pacemaker lead heating in magnetic res...
We study inverse treatment planning approaches for stereotactic radiosurgery using Leksell Gamma Kni...
This paper focuses on wireless capsule endoscope magnetic field based localization by using a linear...
International audienceSpatial uniformity of amplitude and polarization of the RF magnetic field, ass...
In radiation therapy, tumor tracking is a challenging task that allows a better dose delivery. One p...
A cost effective method for evaluating patient motion during external beam radiotherapy has been dev...
Real-time organ positioning is a promising technique for enhancing radiotherapy of cancer tumors in ...
In a magnetic tracking system, the position and orientation of a coil is determined by its low frequ...
Abstract- Because the position of a tumor changes during radiation therapy (because of respiration o...
<p>In recent years, magnetic tracking has been applied in many biomedical settings due to the transp...
Magnetic tracking is a popular technique that exploits static and low-frequency magnetic fields for ...
The performance of a magnetic tracking system is substantially influenced by the positions of its se...
Radiation therapy is an effective method to combat cancerous tumors by killing the malignant cells o...
Abstract Background and Objectives Magnetic tracking involves the use of magnetic sensors to localiz...
From one treatment to the next, considerable effort is made to accurately position radiotherapy pati...
This thesis covers two topics in biomedical electromagnetics: pacemaker lead heating in magnetic res...
We study inverse treatment planning approaches for stereotactic radiosurgery using Leksell Gamma Kni...
This paper focuses on wireless capsule endoscope magnetic field based localization by using a linear...
International audienceSpatial uniformity of amplitude and polarization of the RF magnetic field, ass...
In radiation therapy, tumor tracking is a challenging task that allows a better dose delivery. One p...
A cost effective method for evaluating patient motion during external beam radiotherapy has been dev...