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自动化学院
h-index
764
引用
15
H-指数
根据储存在 Pure 的刊物以及来自 Scopus 的引用文献数量计算
2006
2024
每年的科研成果
概览
指纹图谱
合作网络
科研成果
(93)
相似学者
(18)
指纹图谱
深入其中 Pingli Lu 为活跃的研究主题。这些主题标签来自此人的成果。它们共同形成唯一的指纹。
分类
加权
按字母排序
Engineering
Agent System
9%
Angular Velocity ω
14%
Applicability
28%
Attitude Control
20%
Chua's Circuit
8%
Complex Networks
9%
Computer Simulation
29%
Concrete Application
36%
Control Algorithm
15%
Control Law
14%
Control Strategy
11%
Cooperative
20%
Cooperative Control
11%
Deep Learning
10%
Dependent Lyapunov Function
8%
Dimensional Space
9%
Discrete-Time Multi-Agent System
9%
Dynamic Programming
14%
Dynamic Programming Method
9%
External Disturbance
21%
Fault Diagnosis
19%
Fault Tolerant Control
26%
Feedback Control System
31%
Feedback Controller
28%
Filtration
9%
Finite Time
35%
Frequency Domain
8%
Hypersonic Vehicles
25%
Illustrates
16%
Joints (Structural Components)
8%
Josephson Junction
9%
Lyapunov Matrix
14%
Multiagents
9%
Nodes
12%
Non-Linear Dynamic
12%
Nonlinear System
38%
Nonlinearity
20%
Numerical Example
11%
Output Feedback
29%
Parameter Uncertainty
13%
Phase Locked Loop
26%
Polytopic Uncertainty
13%
Robot
9%
Simulation Result
25%
Sliding Mode
32%
Sliding Mode Control
16%
Synchronization Problem
9%
Synchronous Machine
14%
System Matrix
14%
Transients
16%
Computer Science
Adaptive Dynamic Programming
14%
Asymptotic Stability
8%
Attention (Machine Learning)
8%
Complex Networks
9%
Condition Monitoring
5%
Consensus Control
68%
Control Algorithm
13%
Control Approach
9%
Control Method
7%
Control Protocol
8%
Control Strategy
14%
Cyber Physical Systems
9%
Deep Learning
5%
Dimensional Space
8%
Directed Graphs
22%
discrete-time
9%
Dynamic Network
7%
Equilibrium Point
9%
Fault Diagnosis
9%
Fault Tolerant
6%
fault-tolerance
9%
Feedback Controller
7%
Internal Model
8%
linear matrix
20%
Long Short-Term Memory Network
6%
Lyapunov Stability
9%
lyapunov theory
11%
Multi Agent Systems
100%
Neural Network
7%
Nonlinear System
25%
Numerical Simulation
21%
Output Feedback
7%
output tracking
19%
Programming Method
6%
Response System
9%
Simulation Example
7%
Switching Topology
9%
Synchronous Machine
14%
Synthesis Problem
9%
System Formation
6%
tracking control
15%
Transfer Learning
9%
Triggered Event
90%
Triggering Condition
10%
Update Algorithm
9%
