Analytical Approaches for the Amplitude and Frequency Computations in the Astable Cellular Neural Networks with Opposite Sign Templates
Baran Tander, Atilla Özmen · 2007
In this paper, by using surface fitting methods, analytical approaches for amplitudes and frequencies of the x1,2(t) "States" in a simple dynamical neural network called "Cellular Neural Network with Opposite Sign Templates" which was proposed by Zou and Nossek [1], are obtained under oscillation conditions. The mentioned explicit expressions are employed in a cellular neural network based, amplitude and frequency tuneable oscillator design.