1. Hongbin
Song, Guofeng Zhang, and Hidehiro Yonezawa, ``Strong quantum
entanglement based on two-mode photon-subtracted squeezed vacuum states,'' Physical
Review A, 108, 052420, 2023.
2. Tong Dou,
Guofeng Zhang, and Wei Cui, ``Efficient
quantum feature extraction for CNN-based learning,'' Journal of Franklin Institute, vol.
360, pp. 7438-7456, 2023.
3. Yu Pan, Yifan Tong, Shibei Xue, and Guofeng
Zhang, ``Efficient depth selection for
the implementation of noisy quantum approximate optimization algorithm,'' Journal
of Franklin Institute, vol.
359, pp. 11273-11287, 2022.
4. Hongbin
Song, Guofeng Zhang, Xiaoqiang Wang, Hidehiro Yonezawa, and Kaiquan Fan, ``Amplification
of optical Schrodinger cat states with an implementation protocol based on a
frequency comb,'' Physical Review A, 105, 043713, 2022.
5. Yiwei Chen, Yu Pan (corresponding author), Guofeng Zhang
(corresponding author), and Shuming Cheng
(corresponding author), ``Detecting quantum
entanglement with unsupervised learning,'' Quantum Science and
Technology, 7, 015005, 2022
6. Xiaoqiang Wang, Lejia Gu, Heung-wing Joseph Lee, and Guofeng Zhang (corresponding author), ``Quantum tensor singular value decomposition,''
Journal of Physics Communications,
5(7):075001, 2021.
7. Xiaoqiang Wang, Lejia Gu, Heung-wing Joseph Lee, and Guofeng Zhang (corresponding author), ``Quantum context-aware recommendation systems
based on tensor singular value decomposition,'' Quantum Information
Processing, 20(5): 190, 2021.
8. M. Zhang, G. Ni, and G. Zhang, ``Iterative methods for
computing U-eigenvalues of non-symmetric complex tensors with application in
quantum entanglement,''
Computational
Optimization and Applications, 75,
779-798, 2020.
9. L. Gu, X. Wang, and G. Zhang (corresponding author), ``Quantum Higher Order Singular Value Decomposition,'' 2019 IEEE
International Conference on Systems, Man, and Cybernetics (SMC), Bari,
Italy, 6-9m October, 2019.
10. M.
Che, Y. Wei, L. Qi, and G. Zhang, ``Geometric
Measures of Entanglement in Multipartite Pure States via Complex-Valued Neural
Networks,'' Neurocomputing, 313,
25-38, 2018.
11. L. Qi, G. Zhang, and G. Ni, ``How
entangled can a multi-party system possibly be?'' Physics Letters A, 382,
1465-1471, 2018.
12. L.
Qi, G. Zhang, D. Braun, F. Bohnet-Waldraff, O. Giraud, ``Regularly Decomposable Tensors and Classical
Spin States,'' Communications in
Mathematical Sciences, 15(6), 1651-1665, 2017.
13. S.
Hu, L. Qi, and G. Zhang (corresponding author), ``Computing the geometric measure of
entanglement of multipartite pure states by means of non-negative tensors,''
Physical Review A, 93, 012304, 2016.
14. S.
Hu, L. Qi, Y. Song, and G. Zhang (corresponding author), ``Geometric Measure of Quantum Entanglement for
Multipartite Mixed States,'' International
Journal of Software and Informatics, Vol.8, No. 3-4, 317-326, 2014.
1. Shikun Zhang and Guofeng Zhang (corresponding author),
``Attraction Domain Analysis for Steady States
of Markovian Open Quantum Systems,’’ Accepted by Automatica,
https://doi.org/10.48550/arXiv.2308.07602
2. Haijing Ding and Guofeng Zhang (corresponding author),
``Quantum coherent feedback control with
photons,'' IEEE Transactions on Automatic Control, accepted, 2023
(Full Paper).
3. Zhiyuan Dong, Wei Cui, and Guofeng Zhang (corresponding author), ``On the dynamics
of a quantum coherent feedback network of cavity-mediated double quantum dot
qubits,'' Journal of Franklin Institute, vol. 360, pp. 4572-4596,
2023.
4. Zhiyuan Dong, Guofeng Zhang (corresponding author), Aiguo Wu, and Rebing Wu, ``On the
Dynamics of the Tavis-Cummings Model,” IEEE Transactions on Automatic
Control, vol. 68(4), pp. 2048-2063, 2023 (Full Paper).
5. Wenlong Li, Xue Dong, Guofeng Zhang, and Re-bing
Wu (corresponding author), ``Flying-qubit
control via a three-level atom with tunable waveguide,'' Physical Review
B, vol. 106, paper no. 134305, 2022.
6. Guofeng Zhang (corresponding author) and Zhiyuan Dong, ``Linear quantum systems: a tutorial, Annual Reviews in Control, vol. 54, pp. 274-294, 2022.
7. Wenlong Li, Guofeng Zhang, and Re-bing Wu, ``On the control of flying qubits,'' Automatica,
vol. 143, paper number: 110338, 2022 (Full
Paper).
8. Guofeng Zhang, ``Control
engineering of continuous-mode single-photon states: a review,'' Control Theory and Technology, 19,
544-562, 2021.
9. Z. Dong, G.
Zhang, A.G. Wu, ``Covariance Functions for
Quantum Linear System Driven by Few Photons, The 39th Chinese Control
Conference (CCC), 5800-5804, 2020.
10. G. Zhang and Y.
Pan, ``On the dynamics of two photons
interacting with a two-qubit coherent feedback network, Automatica, 117, 108978, 2020 (Full Paper).
arXiv:1803.05630 v3 [quant-ph].
11. Q. Gao, G. Zhang (corresponding author), and Ian R. Petersen, ``An improved quantum projection filter, Automatica, 112, 108716, 2020 (Full
Paper), arXiv:1909.13524 [quant-ph], 2019.
12.
G. Zhang and Ian. R. Petersen, ``Structural decomposition for quantum two-level
systems, Automatica, 113, 108751,
2020, arXiv:1909.03594 v2 [quant-ph], 2019.
13. G. Zhang, ``Single-photon coherent feedback
control and filtering,'' In: Baillieul J., Samad T. (eds) Encyclopedia
of Systems and Control, Springer,
London, 2020, to appear, arXiv:1902.10961v3
[quant-ph].
14. G. Zhang, Ian R. Petersen, and Jinghao Li, ``Structural characterization of linear quantum
systems with application to back-action evading measurement,'' IEEE Transactions on Automatic Control,
to appear, July 2020, arXiv:1803.09419v2 [quant-ph]
15. Z. Dong, G. Zhang (corresponding author), and N. H. Amini, ``On the response of a two-level system to
two-photon inputs,'' SIAM Journal on Control and Optimization,
57(5), 3445-3470, 2019, arXiv:1801.03675v2
[quant-ph].
16. Z.
Dong, G. Zhang
(corresponding author), and Nina H. Amini, ``Quantum
filtering for a two-level atom driven by two counter-propagating photons,''
Quantum information Processing,
18:136, 2019.
17. Q.
Gao, G. Zhang, and I.R. Petersen, ``An Exponential Quantum Projection Filter for
Open Quantum Systems,'' Automatica,
99, 59-68, 2019 (Full Paper).
18. S.
Wang, H. I. Nurdin, G. Zhang, and M. R. James, ``Representation
and network synthesis for a class of mixed quantum-classical linear stochastic
systems,'' Automatica, 96, 84-97,
2018 (Full Paper).
19. G. Zhang, S. Grivopoulos,
I. R. Petersen, and J. E. Gough, ``The Kalman
decomposition for linear quantum systems,'' IEEE Trans. Automat. Contl., 63, 331-346, 2018 (Full Paper). http://arxiv.org/abs/1606.05719v3.
20. Z.
Dong, G. Zhang, and Nina H. Amini, ``Single-photon
quantum filtering with multiple measurements,'' International
Journal of Adaptive Control and Signal Processing, 32(3), 528-546, 2018.
21. J.
E. Gough and G. Zhang, ``Classical and quantum stochastic models of
resistive and memristive circuits,'' Journal
of Mathematical Physics, 58, 07350, July 2017, http://arxiv.org/abs/1510.08243v1.
22. Y.
Pan and G. Zhang, ``Scattering of few photons by a ladder-type quantum
system, '' Journal of Physics A:
Mathematical and Theoretical, 50, 345301, July 2017.
23. S.
Grivopoulos, G.
Zhang, I. R. Petersen, and J. E. Gough, ``The
Kalman Decomposition for Linear Quantum Stochastic Systems,'' American Control Conference (ACC),
Seattle, WA, USA, May 2017, 1073-1078.
24. G. Zhang, ``Dynamical analysis of quantum linear systems
driven by multi-channel multi-photon states,'' Automatica, 83, 186-198, September 2017 (Full Paper).
25. L.
Cui, Z. Dong, G. Zhang, and H.W. J.
Lee, ``Mixed LQG and H_Infinity
coherent feedback control for linear quantum systems,'' International Journal of Control,
90(12), 2575-2588, 2017.
26. Z.
Dong, L. Cui, G. Zhang, and H. Fu,
``Wigner spectrum and coherent feedback
control of continuous-mode single-photon Fock states,
Journal of Physics A: Mathematical and
Theoretical, 49(43), 435301, 2016. [Figure 7 in the paper was used in the
cover page of this issue.]
27. H.
Song, G. Zhang, and Z. Xi, ``Continuous-mode multi-photon filtering,'' SIAM Journal on Control and Optimization,
54(3), 1602-1632, 2016, arXiv:1307.7367v3
[quant-ph].
28. Y.
Pan, D. Dong, and G. Zhang, ``Exact analysis of the response of quantum systems
to two photons using a QSDE approach,'' New
Journal of Physics, 18, 033004, 2016.
29. Y
Pan, G. Zhang, and M. R. James, ``Analysis and control of quantum finite-level
systems driven by single-photon input states,'' Automatica, 69, 18-23,
2016.
30. Y.
Pan, G. Zhang, W. Cui, and M. R.
James, ``Single photon inverting pulse for an atom
in a cavity, '' 54st IEEE Conference on Decision and Control,
pp. 6429-6433, Osaka, Japan, December 15-18, 2015.
31. J.
E. Gough and G. Zhang, ``Generating nonclassical quantum input field states
with modulating filters,EPJ Quantum Technology, 2(1), 2:15, 2015, arXiv:1404.3866 [quant-ph].
32. J.E.
Gough and G. Zhang, ``On realization
theory of quantum linear systems'', Automatica,
59:139-151, 2015 (Full Paper), arXiv:1311.1375
[quant-ph].
33. G.
Zhang, Analysis of quantum linear systemsresponse to multi-photon states, Automatica, 50(2): 442-451, 2014 (Full
Paper). arxiv.org/abs/1311.0357
34. S.
Wang, H.I. Nurdin, G. Zhang, and M.R. James,
``Quantum optical realization of classical
linear stochastic systems,'' Automatica,
49(6): 3090-3096, 2013.
35. G.
Zhang and M.R. James, ``On the response of
quantum linear systems to single photon input fields,''
IEEE Trans. Automat. Contr., 58(5): 1221-1235, 2013 (Full Paper).
36. G. Zhang, H.W. J. Lee, B. Huang, and H. Zhang, ``Coherent feedback control of linear quantum optical systems via squeezing
and phase shift,'' SIAM Journal Control and Optimization, 50(4): 2130-2150, 2012. arxiv.org/abs/1206.3638.
37. C.
Bian, G. Zhang, and H.W. J. Lee, ``Squeezing
enhancement of degenerate parametric amplifiers via coherent feedback control,''
International Journal of Control,
85(12):1865-1875, 2012.
38. G.
Zhang and M.R. James, ``Quantum feedback networks and
control: a brief survey,'' Chinese Science Bulletin,
57(18):2200-2214, 2012 (arXiv:1201.6020v1 [quant-ph]).
39. G.
Zhang and M.R. James, ``Direct and indirect couplings in
coherent feedback control of linear quantum systems,'' IEEE
Trans. Automat. Contr., 56(7): 1535-1550, 2011 (Full Paper).
40. S.
Wang, H.I. Nurdin, G. Zhang, and M.R. James,
``Synthesis and structure of mixed
quantum-classical linear systems,'' 51st
IEEE Conference on Decision and Control, pp. 1093-1098, Maui, Hawaii, USA,
December 10-13, 2012.
41. S.
Wang, H.I. Nurdin, G. Zhang, and M.R. James,
``Implementation of classical linear
stochastic systems using quantum optical components,'' in Proceedings of the 2011 Australian Control Conference (AUCC),
Engineers Australia, Australia, pp. 351-356, 2011.
Digital control
and network-based control
1. Gaopeng Duan, Aming Li, Tao Meng, Guofeng
Zhang, and Long Wang, ``Energy cost for
controlling complex networks with linear dynamics, Physical Review E, 99, 052305, 2019.
2. Gangshan Jing, Guofeng Zhang, Heung
Wing Joseph Lee, and Long Wang, ``Angle-based shape determination theory of planar
graphs with application to formation stabilization, Automatica, 105,
117-129, 2019 (Ful1 Paper).
3. Xiaofeng Wang, Guofeng
Zhang, and Weijian Kong, ``Evolutionary dynamics
of the prisoner's dilemma with expellers,'' Journal of Physics Communications,
3:015011, 2019.
4. Gangshan Jing, Guofeng Zhang, Heung
Wing Joseph Lee, and Long Wang, ``Weak
rigidity theory and its application to formation stabilization,'' SIAM
Journal on Control and Optimization, 56(3), 2248-2273, 2018.
5. J.
Yu, L. Wang, G.
Zhang, M. Yu, ``Output feedback stabilisation of networked control systems via switched
system approach,'' International Journal of
Control, 82(9): 1665-1677, 2009.
6. B. Wu, L. Wang, G. Zhang, J. Wang, ``Linguistic
consensus on a circle,'' Int. J. Information and Systems Sciences, 5(2): 219 - 229, 2009.
7. G.
Zhang, X. Chen and T. Chen, ``Digital redesign via the generalised
bilinear transformation,'' International Journal of Control,
82(4):741-754, 2009.
8. G.
Zhang, X. Chen, and T. Chen, ``A mixed-integer programming approach to
networked control systems,'' International Journal of Numerical
Analysis and Modeling, 5:590-611, 2008.
9. G. Zhang,
T. Chen and X. Chen, ``Performance recovery
in digital implementation of analog systems,'' SIAM
J. Control and Optimization, 45(6):2207-2223, 2007.
10. G.
Zhang and
T. Chen, ``Comparing digital implementation
via the bilinear and step-invariant transformations,'' Automatica, 40(2):327-330,
2004.
11. G.
Zhang, X. Chen, and T. Chen, ``Performance comparison of digital implementation
of analog systems,'' Proceedings of
the 46th Conference on Decision and Control, pp. 785-790, New Orleans,
December 12-14, 2007.
12. G.
Zhang, X. Chen, and T. Chen, ``A model predictive control approach to networked
control systems,'' Proceedings of the
46th Conference on Decision and Control, pp. 3339-3344, New Orleans,
December 12-14, 2007.
1. G.
Zhang, L. Wang, and T. Chen, ``Complexity analysis of networked-based
dynamical systems,'' J. of Systems
Science and Complexity, 24: 413-432, 2011.
2.
G. Zhang and W. Zheng, ``Stability
and bifurcation analysis of a class of networked dynamical systems,'' IEEE Trans. CAS II, 56(8): 664-668, 2009.
3. J. Zhang, H.
Zhang, and G. Zhang, ``Controlling
chaos in a memristor-based Chua's circuit,'' International Conference on Communications, Circuits and Systems,
ICCCAS, pp. 961-963, 2009..
4. G. Zhang, G. Chen, T. Chen, and M. D'Amico, ``Dynamical analysis of a networked control
system,'' Int. J. of Bifurcation and Chaos, 17(1):61-83, 2007.
5. G. Zhang, G. Chen, T. Chen, and Y. Lin, ``Analysis of a type of nonsmooth
dynamical systems,'' Chaos,
Solitons & Fractals, 30:1153-1164, 2006.
6. G. Zhang and T. Chen, ``Networked control systems: a perspective
from chaos,'' Int. J. of
Bifurcation and Chaos, 15(10):3075-3101, 2005.
1. Liang
Qiao, Qingling Zhang, and Guofeng Zhang, ``Admissibility analysis
and control synthesis for T-S fuzzy descriptor systems,'' IEEE Transactions on Fuzzy Systems, 25(4), 929-740, 2017.
2. Y.
Zhang, Q. Zhang, and G. Zhang, ``H Infinity control of T-S fuzzy fish population
logistic model with the invasion of alien species,'' Neurocomputing,
173:724-733, 2016.
3. J.
Shao, T. Huang, and G. Zhang, ``Linear
system based approach for solving some related problems of M-matrices,'' Linear Algebra and its Applications,
432(1): 327-337, 2010.
4. G.
Zhang, Q. Zhang, T. Chen, and Y. Lin, ``On Lyapunov theorems for descriptor systems,'' Dynamics
of Continuous, Discrete and Impulsive Systems, Series B: Applications and
Algorithms, 10(5):709-726, 2003.
My
Erdös number is 3: Paul Erdös
- Charles K. Chui - G. Ron Chen - Guofeng Zhang