検索結果
Deep Donor
100%
Shallow Acceptor
97%
Impact Ionization
97%
Electron Trap
78%
field effect transistors
43%
Niita, T. ,
Torii, S. ,
Kasahara, K. ,
Murakami, H. ,
Ozawa, S. ,
Ueyama, Y. ,
Akaike, Y. ,
Tamura, T. ,
Yoshida, K. ,
Katayose, Y. ,
Shimizu, Y. &
Fuke, H. ,
2015 1月 15 ,
In: Advances in Space Research. 55 ,
2 ,
p. 753-760 8 p. 研究成果: Article › 査読
particle telescopes
100%
Balloons
80%
Telescopes
76%
balloons
76%
Electrons
65%
Terashima, Y. ,
Kamizasa, N. ,
Awaki, H. ,
Kubota, A. &
Ueda, Y. ,
2012 6月 20 ,
In: Astrophysical Journal. 752 ,
2 , 154.
研究成果: Article › 査読
active galactic nuclei
100%
x rays
43%
luminosity
23%
thermal emission
22%
XMM-Newton telescope
22%
Image Sequence
100%
Change Detection
97%
Physical Model
78%
Lighting
52%
Light sources
47%
Antenna feeders
100%
Microstrip antennas
95%
Circular polarization
81%
Microstrip lines
75%
Antennas
64%
Yamamoto, R. ,
Nishibu, S. ,
Yamazaki, T. ,
Okamura, Y. &
Tanaka, Y. ,
2019 ,
In: Journal of Telecommunications and Information Technology. 1 ,
p. 5-13 9 p. 研究成果: Article › 査読
Routing algorithms
100%
Wireless sensor networks
77%
Communication
49%
Network performance
47%
Internet of things
41%
Li, Z. ,
Zhang, X. ,
Gu, G. Y. ,
Chen, X. &
Su, C. Y. ,
2016 6月 ,
In: IEEE Transactions on Industrial Informatics. 12 ,
3 ,
p. 980-990 11 p. , 7434617.
研究成果: Article › 査読
Dynamic models
100%
Actuators
93%
Hysteresis
39%
Magnetic domains
32%
Magnetic flux
23%
Multicasting
100%
Heterogeneous networks
83%
Data streams
27%
Communication
26%
Computer simulation
14%
Liu, Y. J. ,
Lu, S. ,
Tong, S. ,
Chen, X. ,
Chen, C. L. P. &
Li, D. J. ,
2018 1月 ,
In: Automatica. 87 ,
p. 83-93 11 p. 研究成果: Article › 査読
Stochastic systems
100%
Lyapunov functions
85%
Nonlinear systems
70%
Closed loop systems
15%
Chen, X. ,
Feng, Y. &
Su, C. Y. ,
2016 2月 1 ,
In: Automatica. 64 ,
p. 196-207 12 p. 研究成果: Article › 査読
Continuous time systems
100%
Hysteresis
73%
Actuators
58%
Sensors
39%
Uncertainty
36%
Actuators
100%
Polymers
96%
Metals
84%
Composite materials
76%
Hysteresis
25%
Hysteresis
100%
Actuators
79%
Sensors
53%
Closed loop systems
32%
Uncertainty
22%
Hysteresis
100%
Dynamical systems
28%
Intelligent materials
21%
Probability density function
17%
Closed loop systems
16%
Continuous time systems
100%
Hysteresis
73%
Dynamical systems
31%
Su, C. Y. ,
Feng, Y. ,
Hong, H. &
Chen, X. ,
2009 10月 ,
In: International Journal of Control. 82 ,
10 ,
p. 1786-1793 8 p. 研究成果: Article › 査読
Hysteresis
100%
Controllers
56%
Nonlinear systems
44%
Trajectories
36%
Zhang, X. ,
Wang, Y. ,
Wang, C. ,
Su, C. Y. ,
Li, Z. &
Chen, X. ,
2019 6月 ,
In: IEEE Transactions on Cybernetics. 49 ,
6 ,
p. 2106-2118 13 p. , 8350376.
研究成果: Article › 査読
Hysteresis
100%
Feedback control
93%
Piezoelectric actuators
62%
Controllers
56%
Control systems
32%
Fuzzy neural networks
100%
Manipulators
75%
Robotics
65%
Acoustic impedance
63%
Error compensation
26%
Wang, Y. ,
Zhang, X. ,
Li, Z. ,
Chen, X. &
Su, C. Y. ,
2023 1月 1 ,
In: IEEE Transactions on Industrial Electronics. 70 ,
1 ,
p. 731-740 10 p. 研究成果: Article › 査読
Elastomers
100%
Hysteresis
87%
Nonlinear systems
78%
Actuators
69%
Neural networks
22%
Zhang, X. ,
Li, B. ,
Chen, X. ,
Li, Z. ,
Peng, Y. &
Su, C. Y. ,
2020 8月 ,
In: IEEE/ASME Transactions on Mechatronics. 25 ,
4 ,
p. 2112-2122 11 p. , 9084386.
研究成果: Article › 査読
Nonlinear systems
100%
Hysteresis
83%
Hysteresis loops
35%
Piezoelectric actuators
34%
Control surfaces
34%
Discriminators
100%
Bandwidth
75%
Bandpass filters
40%
Computer simulation
21%
Fungi
100%
Ad hoc networks
70%
Resource allocation
61%
Bandwidth
30%
Biomimetics
29%
Zhang, X. ,
Li, B. ,
Li, Z. ,
Yang, C. ,
Chen, X. &
Su, C. Y. ,
2022 2月 1 ,
In: IEEE Transactions on Neural Networks and Learning Systems. 33 ,
2 ,
p. 667-680 14 p. 研究成果: Article › 査読
Hysteresis
100%
Controllers
28%
Actuators
26%
Closed loop control systems
22%
Intelligent materials
21%
Li, G. ,
Chen, X. ,
Yu, J. &
Liu, J. ,
2022 3月 1 ,
In: IEEE Transactions on Circuits and Systems II: Express Briefs. 69 ,
3 ,
p. 1412-1416 5 p. 研究成果: Article › 査読
Manipulators
100%
Robotics
86%
Acoustic impedance
83%
Neural networks
69%
Error compensation
34%
Zhang, X. ,
Xu, H. ,
Li, Z. ,
Shu, F. &
Chen, X. ,
2023 , (Accepted/In press)
In: IEEE Transactions on Systems, Man, and Cybernetics: Systems. p. 1-12 12 p. 研究成果: Article › 査読
Hysteresis
100%
Nonlinear systems
89%
Controllers
56%
Hysteresis loops
42%
Elastomers
37%
Feedback control
100%
Feedback
71%
Backstepping
61%
Controllers
30%
Jia, X. ,
Chen, X. ,
Xu, S. ,
Zhang, B. &
Zhang, Z. ,
2017 6月 ,
In: IEEE Transactions on Industrial Electronics. 64 ,
6 ,
p. 4792-4799 8 p. , 7855829.
研究成果: Article › 査読
Chemical reactors
100%
Feedback control
67%
Nonlinear systems
64%
Stabilization
63%
Time delay
62%
Zhang, X. ,
Jing, R. ,
Li, Z. ,
Li, Z. ,
Chen, X. &
Su, C. Y. ,
2021 4月 ,
In: IEEE/CAA Journal of Automatica Sinica. 8 ,
4 ,
p. 916-928 13 p. , 9242331.
研究成果: Article › 査読
Pseudo-inverse
100%
Hysteresis
94%
Nonlinear systems
67%
Nonlinear Systems
62%
Signal Control
42%
Zhang, X. ,
Liu, Y. ,
Chen, X. ,
Li, Z. &
Su, C. Y. ,
2023 , (Accepted/In press)
In: IEEE/ASME Transactions on Mechatronics. p. 1-13 13 p. 研究成果: Article › 査読
Elastomers
100%
Nonlinear systems
78%
Actuators
69%
Hysteresis
58%
Fuzzy logic
26%
Routing protocols
100%
Energy efficiency
84%
Wireless sensor networks
83%
Base stations
46%
Network protocols
36%
Sliding mode control
100%
Controllers
54%
Sampling
35%
Piezoelectric actuators
100%
Position control
91%
Sliding mode control
84%
Hysteresis
80%
Electric fuses
43%
Nonlinear systems
100%
Actuators
88%
Cyber Physical System
65%
Sliding mode control
58%
Tunnel diodes
45%
Su, C. Y. ,
Wang, Q. ,
Chen, X. &
Rakheja, S. ,
2005 12月 ,
In: IEEE Transactions on Automatic Control. 50 ,
12 ,
p. 2069-2074 6 p. 研究成果: Article › 査読
Variable structure control
100%
Hysteresis
74%
Nonlinear systems
66%
Electric fuses
16%
Robust control
15%
Porquet, D. ,
Done, C. ,
Reeves, J. N. ,
Grosso, N. ,
Marinucci, A. ,
Matt, G. ,
Lobban, A. ,
Nardini, E. ,
Braito, V. ,
Marin, F. ,
Kubota, A. ,
Ricci, C. ,
Koss, M. ,
Stern, D. ,
Ballantyne, D. &
Farrah, D. ,
2019 3月 1 ,
In: Astronomy and Astrophysics. 623 , A11.
研究成果: Article › 査読
corona
100%
active galactic nuclei
92%
accretion
56%
x rays
40%
luminosity
36%
estimators
100%
chirp
97%
phase velocity
93%
blood
88%
echoes
81%
Zhang, X. ,
Ou, X. ,
Li, Z. ,
Chen, X. &
Su, C. Y. ,
2022 4月 ,
In: Information Sciences. 588 ,
p. 52-66 15 p. 研究成果: Article › 査読
Nonlinear Systems
100%
Decentralized
95%
Large-scale Systems
92%
Time Delay
92%
Hysteresis
90%
Unified Modeling Language
100%
Formal languages
32%
Industry
22%
Information systems
21%
Software engineering
21%
Dosaka, S. ,
Ohe, N. ,
Nakajima, K. ,
Yonemori, H. ,
Inoue, M. ,
Kambe, H. &
Koizumi, H. ,
2018 1月 1 ,
In: IEEJ Transactions on Electronics, Information and Systems. 138 ,
6 ,
p. 743-754 12 p. 研究成果: Article › 査読
Internet of things
100%
Birds
46%
Unmanned aerial vehicles (UAV)
36%
Data communication systems
35%
Hazards
35%
juvenile delinquency
100%
history
43%
simulation
32%
scenario
30%
Group
12%
high electron mobility transistors
100%
buffers
81%
electrodes
60%
time lag
49%
trapping
14%
high electron mobility transistors
100%
breakdown
75%
electrical faults
31%
dimensional analysis
18%
buffers
13%
Akiyama, S. ,
Kondo, M. ,
Wada, L. &
Horio, K. ,
2019 ,
In: Japanese Journal of Applied Physics. 58 ,
6 , 068003.
研究成果: Article › 査読
Impact ionization
100%
Buffer layers
91%
Drain current
81%
High electron mobility transistors
74%
Electric breakdown
72%
Breakdown Voltage
100%
Passivation
80%
High electron mobility transistors
77%
Electric breakdown
75%
Chemical Passivation
67%
Buffer layers
100%
Electron Mobility
83%
High electron mobility transistors
81%
Electric breakdown
79%
Breakdown Voltage
78%
Heterojunction bipolar transistors
100%
Cutoff frequency
97%
Simulation
53%
Time delay
34%
Time
30%
High electron mobility transistors
100%
high electron mobility transistors
89%
Buffer layers
82%
time lag
73%
buffers
72%
Voltage
100%
Threshold voltage
75%
Electric potential
71%
Satoh, Y. ,
Hanawa, H. ,
Nakajima, A. &
Horio, K. ,
2015 3月 1 ,
In: Japanese Journal of Applied Physics. 54 ,
3 , 031002.
研究成果: Article › 査読
Passivation
100%
High electron mobility transistors
95%
high electron mobility transistors
85%
passivity
76%
buffers
69%
Deep Donor
100%
Impact Ionization
97%
Impact ionization
86%
Substrates
38%
Simulation
34%