Abstract
This article addresses the problem of structural optimization of linear vibration isolation systems in various actions.A generalized criterion is formulated.The criterion reduces the problem of finding the conditional extremum of the functionality to the finding of the absolute extreme.Equations for the generalized criterion are obtained by the transfer function for deterministic, arbitrary kinematic and force actions.The optimal transfer function of the vibration isolation system is determined in the process of optimal synthesis.The solution to the problems of optimal synthesis for kinematic and random effects is given in the form of "white noise" and an exponentially correlated process, as well as by determined harmonic kinematic impact.