Remote visualization and computational steering of cardiac virtual tissues using gViz

Cardiac tissue engineering - detailed biophysical, histological and anatomical models of the heart -is moving from developmental research projects towards high throughput applications. This emerging immense computational load can be reduced by computational steering, and realised via visualization on remote grid or high end compute resources. We illustrate a solution using a library of computational steering middleware (gViz), to control simulations of the effects of low voltage approaches to defibrillation.