Analog modular architectures, derived from the computational paradigm of st
ate-controlled cellular neural networks (SC-CNNs), are considered in this b
rief to process signals gathered from a distributed set of sensors. A novel
design methodology for choosing the "local" system parameters so as to obt
ain the desired "global" signal processing function is proposed together wi
th some theoretical results on sufficient conditions that guarantee asympto
tic stability. An experimental prototype of cellular neural network for mul
tisensor data fusion and control applications is presented and its adoption
in the field of smart structures is discussed.