A real-time physiologically-based breathing model of lungs under normal and pathological scenario has been conceived and implemented. The algorithm developed for lung deformations under various breathing scenarios uses polygonal models of lungs. The method developed avoids the stiffness problem observed in mass-spring models. Hardware acceleration of the exhalation and the inhalation process is done using vertex shaders. The method of deformation is general and can be applied to any lung model
Medical simulations of lung dynamics promise to be effective tools for teaching and training clinica...
Soft bodies are the models in which the bodies deform during animated frames depending on the intera...
Medical simulations of lung dynamics promise to be effective tools for teaching and training clinica...
A real-time physiologically-based breathing model of lungs under normal and pathological scenario ha...
A real-time physiologically-based breathing model of lungs under normal and pathological scenario ha...
A real-time physiologically-based normal and pathological breathing model of lungs has been conceive...
Technological advances in Augmented Reality (AR) and extraction of 3D patient specific medical data ...
We present an integrated approach between anatomical and physiological modeling that is useful in me...
In this paper we discuss a framework for modeling the 3D lung dynamics of normal and diseased human ...
In this paper, we propose a physics-based and physiology-based approach for modeling real-time defor...
In this paper, we propose a physics-based and physiology-based approach for modeling real-time defor...
In this paper we discuss a framework for modeling the 3D lung dynamics of normal and diseased human ...
Visualization tools using Augmented Reality Environments are effective in applications related to me...
Medical simulation has facilitated the understanding of complex biological phenomenon through its in...
A framework for real-time visualization of a tumor-influenced lung dynamics is presented in this pap...
Medical simulations of lung dynamics promise to be effective tools for teaching and training clinica...
Soft bodies are the models in which the bodies deform during animated frames depending on the intera...
Medical simulations of lung dynamics promise to be effective tools for teaching and training clinica...
A real-time physiologically-based breathing model of lungs under normal and pathological scenario ha...
A real-time physiologically-based breathing model of lungs under normal and pathological scenario ha...
A real-time physiologically-based normal and pathological breathing model of lungs has been conceive...
Technological advances in Augmented Reality (AR) and extraction of 3D patient specific medical data ...
We present an integrated approach between anatomical and physiological modeling that is useful in me...
In this paper we discuss a framework for modeling the 3D lung dynamics of normal and diseased human ...
In this paper, we propose a physics-based and physiology-based approach for modeling real-time defor...
In this paper, we propose a physics-based and physiology-based approach for modeling real-time defor...
In this paper we discuss a framework for modeling the 3D lung dynamics of normal and diseased human ...
Visualization tools using Augmented Reality Environments are effective in applications related to me...
Medical simulation has facilitated the understanding of complex biological phenomenon through its in...
A framework for real-time visualization of a tumor-influenced lung dynamics is presented in this pap...
Medical simulations of lung dynamics promise to be effective tools for teaching and training clinica...
Soft bodies are the models in which the bodies deform during animated frames depending on the intera...
Medical simulations of lung dynamics promise to be effective tools for teaching and training clinica...