Instruments and Systems: Monitoring, Control, and Diagnostics Annotation << Back Synthesis of double-circuit stabilizer system for a highly maneuverable flying vehicle optimal by several parameters with the game approach application A.V. BORZUNOV, Yu.V. MELEKHINA The article deals with the problem of synthesis of double-circuit angel stabilizer system for a highly maneuverable flying vehicle, optimal by several parameters. Using the multi-object multi-criteria systems optimization methods the synthesis procedure is developed and described for the specific maneuverable axial-symmetric flying vehicle. Keywords: double-channel multi-connected stabilizer system, multi-object multi-criteria synthesis, frequency synthesis methods, balanced decision, stable and effective trade-off. DOI: 10.25791/pribor.12.2018.302 Contacts: E-mail: arcbor@mail.ru Pp. 01-07.