The paper discusses the problems of effective implementation of digital technology in Russia’s agriculture and the ways to solve the same by comprehensive and integrative methods. We present a mathematical model of the Russia’s agricultural readiness for digital transformation. We consider the results of calculating several development scenarios of the sector digitalization

The procedure of dynamic feedback synthesis was developed, which provides tracking of a given trajectory by the center of mass of an unmanned aircraft. Under conditions of incomplete information on state variables and derivatives of the driving actions, invariance is ensured with a given accuracy with respect to external uncontrolled disturbances. The main result of the work is the synthesis procedure of the differentiator of the given actions, built on the basis of a virtual dynamic model with an unknown input.

For an all-wheel drive electromechanical system, a discontinuous control law has been developed within the framework of the block approach. It provides tracking of given signals of generalized coordinates and invariance with respect to external and parametric disturbances. For the case when the sensors are located only on the drives, a dual-circuit information system is design. It includes two observers with piecewise linear corrective actions for estimating generalized coordinates and mixed variables necessary for feedback design.

The purpose of the report is to trace some current and potential trends in the development of artificial intelligence technologies in the field of solving problems of civil and military aviation.

To synthesize the parameters of technical objects, we offer optimization models in which the objective functions and constraints depend on the input data and optimized parameters with epistemic and aleatoric uncertainty. In these models, optimization criteria ensure the optimality on average and the reliability of solutions.