In this dissertation, long time error estimates are obtained using non-traditional methods for the Hodgkin-Huxley equation
ut + uxx = u(1-u)(u-a) for a ∈ (0,1/2)
ut + γ u xxxx - uxx = u-u3
Traditional methods for analyzing exact error propagation depends on the stability of the
numerical method employed. Whereas, in this dissertation the analysis of the exact error propagation
uses evolving attractors and only depends on the stability of the dynamical system. The use of the smoothing
indicator yields a posteriori estimates on the numerical error instead of a priori estimates.