The paper examines a method for development of a Field Programmable Gate Array
(FPGAs)-based implementation of hardware model for the electrical excitation-conduction in …

This paper presents the simulation study of nonlinear dynamic of cardiac excitation based
on Luo Rudy Phase I (LR-I) model towards numerical solutions of ordinary differential …

Cardiac excitation is a fundamental mechanism within the heart's function. One way to
understand this mechanism is by using numerical modeling techniques. However, an …

This paper presents the simulation of reentrant excitation-conduction of cardiac cells
realized by coupling 80 active circuits in one dimensional (1D) ring-shaped based on …

Electrical excitations of cardiac cell membranes and their propagation in the heart tissue
control the mechanical contractions of the cells through the cardiac excitation-contraction …

Dynamic simulation of complex cardiac excitation and conduction requires high
computational time. Thus, the hardware techniques that can run in the real-time simulation …

Contraction of the heart is controlled by electrical excitations of cardiac cell membranes. The
electrical excitations of the cells and their propagation in the heart tissue provide a basis of …

In past few decades, most of the modern electrophysiological concepts and methods were
developed by the computational technique extensively to compute the cardiac action …