Investigation of nonlinear processes in distributed parametrical zonal systems of microwave and terahertz diapasons as part of composite environments

From positions of spin electronics is observed the problems of raising of operation speed of elements distributed thin-film ferrostructures at external magnetic fields influence. Possibilities of logical schemes implementation for computers and communication systems on base resonant nonlinear parametrical zonal systems of microwave and THz-range on current ultraharmonics working in highest zones electromagnetic oscillations instability as part of composite medium is presented. The quantitative estimations of elements fast-acting are resulted, showing that averaging signal transformation time can be diminished by some orders, even using 3D-ferromagnetics. In case of application thin-film ferrostructures, transformation time decreases for some orders more. For raising logic functions fast-acting and information transfer operation speed for account of interacting thin-film ferromagnetic nanostructures, is possible use RAMA and ASL technologies.