The method of successive approximations in the problem of trajectory control of observations for a multi-position measuring system with variable topology

Based on the method of successive Krylov-Chernousko approximations, a procedure for the synthesis of trajectory control of observations for a multi-position measuring system with a variable topology is obtained. Particular search procedures are applied sequentially to the trajectories of the corresponding mobile reception points. The method of successive approximations is implemented both with a partial update of the trajectory control law for observations of each of the IFR, and with a partial update of the topology during the transition from one mobile receiving point to another.