山西大学自动化与软件学院-k8凯发

[1] x. chi, x. liu, and x jia. multi-rate sampled-data observer-based networked load frequency control for multi-area interconnected power systems under multiple cyber-attacks. j.franklin institute, 2025, 362(1), 107427.

[2] x. chi, x. jia, f. cheng, and m. fan, networked h∞ filtering for takagi-sugeno fuzzy systems under multi-output multi-rate sampling. j. franklin institute. 2019, 356: 3661–3691.

[3] x. jia, h. li, x. chi, and b. li. leader-following secure output consensus of heterogeneous multi-agent systems based on two sampling mechanisms under hybrid cyber-attacks. ieee trans. cybernetics, 2024, 54(12): 7826-7838.

[4] x. jia, h. li, and x. chi. edge-based dynamic event-triggered leader-following output consensus of uncertain heterogeneous multi-agent systems with multi-channel hybrid cyber-attacks. ieee trans. syst. man cybern. syst., 2024, 54(9): 5543-5555.

[5] x. jia, h. li, and x. chi. prescribed-time consensus of integrator-type multi-agent systems via sampled-data control. ieee trans. circuits syst. ii express briefs, 2024, 71(7): 3413-3417.

[6] s. duan, x. jia, and x. chi. fixed-time cluster optimization for multi-agent systems based on piecewise power-law design. ieee caa j. autom. sin., 2024, 11(5):1301-1303.

[7] x. jia, s. duan, x. chi and h. li. fixed-time cluster optimization of multi-agent systems on directed detail-balanced networks. j. franklin institute, 2024,361, 106837.

[8] b. li, x. jia, x. chi, x. you, s. gao. consensus for second-order multiagent systems under two types of sampling mechanisms: a time-varying gain observer method. ieee trans. cybernetics, 2022, 52(8): 8061-8072.

[9] r. chang, y. liu, x. chi, and c. sun. event-based adaptive formation and tracking control with predetermined performance for nonlinear multi-agent systems. neurocomputing, 2025, 611, 128660.

[10] w. ma, x. jia, f. yang, and x. chi. fuzzy dynamic output feedback control for nonlinear networked multirate sampled-data systems: an integral inequality method. fuzzy sets syst., 2023, 452: 110-130.

[11] b. li, x. jia, x. chi, y. guan, and x. you. event-triggered secure consensus for mass based on a multi-sensor multi-rate sampling mechanism. j. franklin institute, 2022,359, 9022-9038.

[12] w. ma, x. jia, and x. chi. exponential stabilization of sampled-data fuzzy systems via a parameterized fuzzy lyapunov-krasovskii functional approach. j. franklin institute. 2021, 358, 5750-5770.

[13] x. chi, x. liu, x. jia, l. zhang. networked load frequency control of multi-rate sampled-data multi-area interconnected power systems under denial-of-service attacks. proc. china automation congress, chongqing, 2023, pp: 9056-9060.

[14] x. chi, x. li, x. liu, x. jia. distributed mpc compensation-based lfc for heterogeneous multi-area interconnected power systems, in: du, d., jia, x., zhao, w., li, x., sun, x., cao, z. (eds) smart grid and cyber security technologies. lsms icsee 2024. communications in computer and information science, vol 2217. springer, singapore.

[15] x. jia, x. chi, q. han, and n. zheng. event-triggered fuzzy h∞ control for a class of nonlinear networked control systems using the deviation bounds of asynchronous normalized membership functions. information sciences, 2014, 259, 100-117.

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