Inertial measurement unit amortization system analysis as a solution to the multi-criteria optimization problem

We continue the investigation of inertial measurement unit based on vibrational-string accelerometers amortization and dampening system in this paper. We consider the unit operation as the main part of spacecraft strapdown inertial navigation system under vibration above normal levels. Introduced unit effectivity criteria allow to determine the optimal sample of amortization and dampening system after their scalarization. We modified the model in Python in terms of using functions from downloadable packages SciPy and Deap to solve the problem of multi-criteria optimization by numerical methods. Results of iterative simulation and parameters of amortization and dampening system optimal sample are outcomes of the work.