Personalized dosimetry in pediatric patients is of great interest, due to the higher radiosensitivity that children experience in comparison to adults. Artificial Intelligence developments in medical applications can serve towards the personalization of dosimetry protocols. The objective of this study is the design, development and evaluation of a machine learning model that predicts the dose rate per organ of interest in pediatric patients
Estimating absorbed doses to children from external and internal radiation sources has become import...
The focus of this research is to combine statistical and machine learning tools in application to a ...
Purpose: To create and investigate a novel, clinical decision-support system using machine learning ...
Radiation dose optimization is particularly important in pediatric radiology, as children are more s...
OBJECTIVE: Dose prediction using deep-learning networks prior to radiotherapy might lead to more eff...
Introduction. The objective of this research concerns the development of a realistic dosimetric dat...
The application of machine learning (ML) has shown promising results in precision medicine due to it...
Nowadays, the value of paediatric nuclear diagnostic medical imaging has been well established withi...
The aim of this work is to describe the state of progress of a study developed in the framework of A...
In the present age, marked by data-driven advancements in various fields, the importance of machine ...
The advent of Machine Learning (ML) is proving extremely beneficial in many healthcare applications....
Purpose: Current phantoms used for the dose reconstruction of long-term childhood cancer survivors l...
The investment in proton radiation therapy raises the question of how cancer patients should be pri...
To study radiotherapy-related adverse effects, detailed dose information (3D distribution) is needed...
Machine learning technology has a growing impact on radiation oncology with an increasing presence i...
Estimating absorbed doses to children from external and internal radiation sources has become import...
The focus of this research is to combine statistical and machine learning tools in application to a ...
Purpose: To create and investigate a novel, clinical decision-support system using machine learning ...
Radiation dose optimization is particularly important in pediatric radiology, as children are more s...
OBJECTIVE: Dose prediction using deep-learning networks prior to radiotherapy might lead to more eff...
Introduction. The objective of this research concerns the development of a realistic dosimetric dat...
The application of machine learning (ML) has shown promising results in precision medicine due to it...
Nowadays, the value of paediatric nuclear diagnostic medical imaging has been well established withi...
The aim of this work is to describe the state of progress of a study developed in the framework of A...
In the present age, marked by data-driven advancements in various fields, the importance of machine ...
The advent of Machine Learning (ML) is proving extremely beneficial in many healthcare applications....
Purpose: Current phantoms used for the dose reconstruction of long-term childhood cancer survivors l...
The investment in proton radiation therapy raises the question of how cancer patients should be pri...
To study radiotherapy-related adverse effects, detailed dose information (3D distribution) is needed...
Machine learning technology has a growing impact on radiation oncology with an increasing presence i...
Estimating absorbed doses to children from external and internal radiation sources has become import...
The focus of this research is to combine statistical and machine learning tools in application to a ...
Purpose: To create and investigate a novel, clinical decision-support system using machine learning ...