Differentiated consensuses in a stochastic network with priorities. - Natalia O. Amelina; Oleg N. Granichin; Olga Granichina; Yury Ivanskiy; Yuming Jiang 001 (ISIC, 2014)

Optimal step-size of a local voting protocol for differentiated consensuses achievement in a stochastic network with cost constraints. - Yury Ivanskiy; Natalia O. Amelina; Oleg N. Granichin; Olga Granichina; Yuming Jiang 001 (CCA, 2015)

Optimal step-size of a local voting protocol for differentiated consensuses achievement in a stochastic network with priorities. - Natalia O. Amelina; Oleg N. Granichin; Olga Granichina; Yury Ivanskiy; Yuming Jiang 001 (ECC, 2015)

Choice of step-size for consensus protocol in changing conditions via stochastic approximation type algorithm. - Konstantin S. Amelin; Natalia O. Amelina; Yury Ivanskiy; Yuming Jiang 001 (CoDIT, 2016)

Local voting protocol step-size choice for consensus achievement. - Konstantin S. Amelin; Natalia O. Amelina; Yury Ivanskiy; Yuming Jiang 001 (Int. J. Intell. Eng. Informatics, 2018)

Synchronization of Multi-Agent System of "Feathers" on the Surface of the Wing in a Turbulent Airflow. - Konstantin S. Amelin; Natalia O. Amelina; Oleg N. Granichin; Olga Granichina; Yury Ivanskiy (CCTA, 2019)

Distributed Tracking via Simultaneous Perturbation Stochastic Approximation-based Consensus Algorithm. - Victoria Erofeeva; Oleg N. Granichin; Natalia O. Amelina; Yury Ivanskiy; Yuming Jiang 001 (CDC, 2019)

Network Traffic Load Balancing Protocol. - Natalia O. Amelina; Andrey Chernov; Oleg N. Granichin; Yury Ivanskiy; Irina Len (ECC, 2020)

Simultaneous Perturbation Stochastic Approximation-Based Consensus for Tracking Under Unknown-But-Bounded Disturbances. - Oleg N. Granichin; Victoria Erofeeva; Yury Ivanskiy; Yuming Jiang 001 (IEEE Trans. Autom. Control., 2021)

Distributed Load Balancing Based on Modified Local Voting Protocol. - Elena Borisoglebskaya; Victoria Erofeeva; Oleg N. Granichin; Yury Ivanskiy; Natalia Kizhaeva (CoDIT, 2023)

Balancing Requests for Multi-Agent Distributed Servers in Augmented Reality Services. - Ekaterina Moseiko; Yury Ivanskiy; Natalia O. Amelina (CoDIT, 2023)