Network representation of biology-inspired analog signal-processing: Correlated nenral cells array in diffuse noisy stochastic EM fields

We exploit the concept of Stochastic-Resonance (SR) for investigating new architecture solutions which take benefit of noise in mimicking the operating principle of biological neural systems. Network-based implementation of synaptic neuromorphic integrated circuits using distributed X-Topology lattice equivalent circuits with local grounding are proposed for biology-inspired Signal-Processing. Perspectives for real-time processing solutions of wavelet-based Fast-Fourier-Transforms are drawn.