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Mechanisms of frequency-entrainment in neuromodulated, synaptically driven pacing and bursting cells
The development of quantitative models that describe how neural inputs control the electrophysiological behavior of two cellular oscillators is presented. These cellular oscillators are a spontaneously beating mammalian ...
A physically motivated reduced-order modal energy technique for ARMA spectrum estimation
A reduced-order modal energy (ROME) technique for spectrum estimation is introduced. In this technique the transfer function of a higher-order autoregressive (AR) model of a power spectrum is decomposed into partial ...