期刊论文
yuanqiu mo, soura dasgupta, jacob beal. robustness of the adaptive bellman-ford algorithm: global stability and ultimate bounds. ieee transactions on automatic control (full paper), 64 (10), 4121 - 4136, 2019.
yuanqiu mo, lanlin yu. a lyapunov analysis of the continuous-time adaptive bellman-ford algorithm. systems & control letters, 157, 105045, 2021.
yuanqiu mo, soura dasgupta, jacob beal. a lyapunov analysis of a most probable path finding algorithm. ieee control systems letters, 6, 1052-1057, 2021.
yuanqiu mo, lanlin yu, changbin yu. global asymptotic stability of a general biased min-consensus protocol. iet control theory & applications, 15(8), 1148 - 1156, 2021.
yuanqiu mo, soura dasgupta, jacob beal, stability and resilience of distributed information spreading in aggregate computing. ieee transactions on automatic control. 68(1), 454-461, 2022.
yuanqiu mo, giorgio audrito, soura dasgupta, and jacob beal. near-optimal knowledge-free resilient leader election. automatica (regular paper), 146, 110583, 2022.
yuanqiu mo, ran xin, huazhou hou, and soura dasgupta. finite time input-to-state stability of discrete time autonomous systems. ieee control systems letters, 7, 2359-2364, 2023.
mi du,yuanqiu mo(co-first author), an li, and et al. assessing the surveillance use of 2018 efp/aap classification of periodontitis: a validation study and clustering analysis. journal of periodontology, 94: 1254-1265, 2023.
yuanqiu mo, lanlin yu, haibo du. a small gain analysis for an all pairs shortest path algorithm: global exponential input-to-state stability. ieee transactions on control of network systems, 11(2), 821-830, 2024.
yuanqiu mo, ran xing, huazhou hou. a distributed higher-order k-medoids clustering algorithm for network partition. ieee transactions on network science and engineering, 11(5), 4181-4193, 2024.
yuanqiu mo, wenwu yu, huazhou hou, soura dasgupta. razumikhin-type iss lyapunov function and small gain theorem for discrete time time-delay systems with application to a biased min-consensus protocol. automatica (regular paper), accepted, 2024.
会议论文
yuanqiu mo, jacob beal, and soura dasgupta. error in self-stabilizing spanning-tree estimation of collective state. in 2017 ieee 2nd international workshops on foundations and applications of self* systems (fas* w), 1 - 6. ieee, 2017.
yuanqiu mo, jacob beal, and soura dasgupta. an aggregate computing approach to self-stabilizing leader election. in 2018 ieee 3rd international workshops on foundations and applications of self* systems (fas* w), 112 - 117. ieee, 2018.
yuanqiu mo, soura dasgupta, and jacob beal. robust stability of spreading blocks in aggregate computing. in 2018 ieee conference on decision and control (cdc), 6007 - 6012. ieee, 2018. (winner of 2018 cdc outstanding student paper award)
yuanqiu mo, soura dasgupta, and jacob beal. global uniform asymptotic stability of a generalized adaptive bellman-ford algorithm. in 2019 ieee conference on decision and control (cdc), 1868 - 1873, ieee, 2019.
yuanqiu mo, giorgio audrito, soura dasgupta and jacob beal. a resilient leader election algorithm using aggregate computing blocks. ifac world congress 2020, 53(2), 3336-3341, ifac, 2020. (finalist of 2020 ifac world congress young author prize)
yuanqiu mo, soura dasgupta, jacob beal. a lyapunov analysis of a most probable path finding algorithm. in 2021 ieee conference on decision and control (cdc), ieee, 2021.
yuanqiu mo, changbin yu, soura dasgupta. improved small gain conditions for input-to-state stability with respect to measurement functions: discrete time networked system. in 2021 ieee conference on decision and control (cdc), 3875 – 3880, ieee, 2021.
yuanqiu mo, soura dasgupta. small gain conditions for finite time input-to-state stability of interconnected discrete time systems. in 2022 ieee conference on decision and control (cdc), 7714-7719, ieee, 2022.
yuanqiu mo, ran xin, huazhou hou, and soura dasgupta. finite time input-to-state stability of discrete time autonomous systems. in 2023 ieee conference on decision and control (cdc), ieee, 2023.
yuanqiu mo, wenwu yu, soura dasgupta. a lyapunov-based small-gain theorem for finite time input-to-state stablity of discrete time infinite networks, in 2024 ieee conference on decision and control (cdc), ieee, 2024.
