Preservation of commutation relations and physical realizability of open two-level quantum systems. - Luis A. Duffaut Espinosa; Zibo Miao; Ian R. Petersen; Valery A. Ugrinovskii; Matthew R. James (CDC, 2012)

Quantum observer for linear quantum stochastic systems. - Zibo Miao; Matthew R. James (CDC, 2012)

On the preservation of commutation and anticommutation relations of n-level quantum systems. - Luis A. Duffaut Espinosa; Zibo Miao; Ian R. Petersen; Valery A. Ugrinovskii; Matthew R. James (ACC, 2013)

Coherent quantum observers for n-level quantum systems. - Zibo Miao; Luis A. Duffaut Espinosa; Ian R. Petersen; Valery A. Ugrinovskii; Matthew R. James (AuCC, 2013)

Stability of quantum Markov systems via Lyapunov methods in the Heisenberg picture. - Yu Pan 001; Hadis Amini; Zibo Miao; John Edward Gough; Valery A. Ugrinovskii; Matthew R. James (AuCC, 2013)

Physical realizability conditions for mixed bilinear-linear quantum cascades with pure field coupling. - Luis A. Duffaut Espinosa; Zibo Miao; Ian R. Petersen; Valery A. Ugrinovskii; Matthew R. James (CDC, 2013)

Synchronisation of micro-mechanical oscillators inside one cavity using feedback control. - Zibo Miao; Mahdi Hosseini; Giovanni Guccione; Matthew R. James (AuCC, 2014)

Direct and indirect couplings in the interconnection of open two level quantum systems. - Zibo Miao; Matthew R. James (CCA, 2015)

Covariance matrix tracking coherent observers for linear quantum stochastic systems. - Zibo Miao; Michael R. Hush; Matthew R. James (ACC, 2015)

Quantum observers for dissipative interacting qubits in a common environment. - Zibo Miao; Yu Pan 001; Matthew R. James (AuCC, 2015)

Pole placement design for quantum systems via coherent observers. - Zibo Miao; Matthew R. James; Valery A. Ugrinovskii (CDC, 2015)

A reduced complexity min-plus method for synchronisation of qubits. - Zibo Miao; Peter M. Dower (AuCC, 2016)

Agreeing over quantum hybrid networks: Centralized and distributed solutions. - Guodong Shi; Bo Li 039; Zibo Miao; Peter M. Dower; Matthew R. James (AuCC, 2016)

Coherent observers for linear quantum stochastic systems. - Zibo Miao; Matthew R. James; Ian R. Petersen (Autom., 2016)

Physical Realizability and Preservation of Commutation and Anticommutation Relations for n-Level Quantum Systems. - Luis A. Duffaut Espinosa; Zibo Miao; Ian R. Petersen; Valery A. Ugrinovskii; Matthew R. James (SIAM J. Control. Optim., 2016)

Pole placement approach to coherent passive reservoir engineering for storing quantum information. - Thien Nguyen 001; Zibo Miao; Yu Pan 001; Nina H. Amini; Valery A. Ugrinovskii; Matthew R. James (ACC, 2017)

Is entanglement necessary in the reservoir input? - Zibo Miao; Yu Chen; Haidong Yuan (CDC, 2019)

Coherent strong observers for a class of linear quantum stochastic systems with unknown inputs. - Zibo Miao; Dong He; He Kong; Ai-Guo Wu 001; Matthew R. James (Autom., 2022)

Design of a Quantum Self-Attention Neural Network on Quantum Circuits. - Jin Zheng; Qing Gao 001; Zibo Miao (SMC, 2023)

State response and controllability for con-number-valued systems with applications to a class of quantum systems. - Ai-Guo Wu 001; Zhiyuan Dong; Zibo Miao; Jie Mei 002 (J. Frankl. Inst., 2023)

Analysis on n-level quantum systems by means of a coordinate transformation. - Huilong Xu; Zibo Miao; Qing Gao 001 (CDC, 2024)

Synthesis of Decoherence-Free Modes in Linear Quantum Passive Systems via Robust Pole Placement. - Zibo Miao; Yu Pan 001; Qing Gao 001 (SMC, 2024)

Fully Distributed Consensus of Multiple Euler-Lagrange Systems Under Switching Directed Graphs Using Only Position Measurements. - Xiangzheng Meng; Jie Mei 002; Zibo Miao; Ai-Guo Wu 001; Guangfu Ma (IEEE Trans. Autom. Control., 2024)

Parallel Ising annealer via gradient-based Hamiltonian Monte Carlo. - Hao Wang; Zixuan Liu; Zhixin Xie; Langyu Li; Zibo Miao; Wei Cui 004; Yu Pan 001 (Quantum Mach. Intell., 2025)

Publisher Correction: Parallel Ising annealer via gradient-based Hamiltonian Monte Carlo. - Hao Wang; Zixuan Liu; Zhixin Xie; Langyu Li; Zibo Miao; Wei Cui 004; Yu Pan 001 (Quantum Mach. Intell., 2025)