Sampling methods for exploring between-subject variability in cardiac electrophysiology experiments - Drovandi, C. C.; Cusimano, N.; Psaltis, S.; Lawson, B. A. J.; Pettitt, A. N.; Burrage, P.; Burrage, K. (Journal of the Royal Society interface, 2016)
Keywords: Approximate Bayesian Computation; Beeler–reuter Cell Model; Cardiac Electrophysiology; Computer Simulation; Electrophysiologic Techniques, Cardiac; Humans; Latin Hypercube Sampling; Life Sciences–Mathematics interface; Models, Cardiovascular; Monte Carlo Method; Observer Variation; Population Of Models; Selection Bias; Sequential Monte Carlo; cardiac electrophysiology; Beeler–Reuter cell model; sequential Monte Carlo; Latin hypercube sampling; population of models; approximate Bayesian computation