In this paper, we explore from an experimental point of view the possibilities and limitations of the new HYCGE learning algorithm for hybrid automata. As an example of a practical application, we study the algorithm’s performance on learning the behaviour of the action potential in excitable cells, specifically the Hodgkin-Huxley model of a squid giant axon, the Luo-Rudy model of a guinea pig ventricular cell, and the Entcheva model of a neonatal rat ventricular cell. The validity and accuracy of the algorithm is also visualized through graphical means.I denna uppsats undersöker vi från en experimentell synvinkel möjligheter och begränsningar i den nya inlärningsalgoritmen HYCGE för hybridautomater. Som ett exempel på en praktisk tillämpni...
The dynamics of the action potential in cardiac cells is a well-studied field. Many mathematical mod...
Biological processes, such as the electrical activity in neurons, are often modelled using complex, ...
Sari Andoni is with the Institute for Neuroscience, University of Texas at Austin, Austin TX 78712, ...
In this paper, we explore from an experimental point of view the possibilities and limitations of th...
Background Brain, heart and skeletal muscle share similar properties of excitable tissue, featuring ...
The main goal of this thesis was to investigate the use of HA as a unifying systems biology approach...
We propose a new biological framework, spatial networks of hybrid input/output automata (SNHIOA), fo...
AbstractWe propose a new biological framework, spatial networks of hybrid input/output automata (SNH...
This thesis presents a proof of concept study for the better integration of the electrophysiological...
Abstract. A central problem in systems biology is to identify param-eter values such that a biologic...
AbstractWe propose a new biological framework based on the Lynch et al. theory of Hybrid I/O Automat...
Many biological systems can be modeled using systems of ordinary differential algebraic equations (e...
Implantable cardiac devices like pacemakers and defibrillators are life-saving medical devices. To v...
The heart tissue is an excitable media. A Cellular Automata is a type of model that can be used to m...
The dynamics of the action potential in cardiac cells is a well-studied field. Many mathematical mod...
Biological processes, such as the electrical activity in neurons, are often modelled using complex, ...
Sari Andoni is with the Institute for Neuroscience, University of Texas at Austin, Austin TX 78712, ...
In this paper, we explore from an experimental point of view the possibilities and limitations of th...
Background Brain, heart and skeletal muscle share similar properties of excitable tissue, featuring ...
The main goal of this thesis was to investigate the use of HA as a unifying systems biology approach...
We propose a new biological framework, spatial networks of hybrid input/output automata (SNHIOA), fo...
AbstractWe propose a new biological framework, spatial networks of hybrid input/output automata (SNH...
This thesis presents a proof of concept study for the better integration of the electrophysiological...
Abstract. A central problem in systems biology is to identify param-eter values such that a biologic...
AbstractWe propose a new biological framework based on the Lynch et al. theory of Hybrid I/O Automat...
Many biological systems can be modeled using systems of ordinary differential algebraic equations (e...
Implantable cardiac devices like pacemakers and defibrillators are life-saving medical devices. To v...
The heart tissue is an excitable media. A Cellular Automata is a type of model that can be used to m...
The dynamics of the action potential in cardiac cells is a well-studied field. Many mathematical mod...
Biological processes, such as the electrical activity in neurons, are often modelled using complex, ...
Sari Andoni is with the Institute for Neuroscience, University of Texas at Austin, Austin TX 78712, ...