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Finite-time stability and high relative degrees in sliding-mode control
Arie Levant
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Corresponding author for this work
School of Mathematical Sciences
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Chapter in Book/Report/Conference proceeding
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Scopus citations
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Keyphrases
Controller
100%
Sliding Mode Control
100%
Relative Degree
100%
Finite-time Stability
100%
High Relative Degree
100%
Actuator
50%
Signal Processing
50%
Controlled Processing
50%
Image Processing
50%
Convergence Rate
50%
High-order Sliding Mode
50%
Output Feedback Controller
50%
Uncertain Systems
50%
Sampling Noise
50%
Finite-time Stabilization
50%
Robust Output Feedback
50%
Robust Exact Differentiator
50%
Control Signal
50%
Chattering Effect
50%
Small Animal Model
50%
Model Uncertainty
50%
Sampling Delay
50%
Engineering
Finite Time
100%
Differentiator
100%
Sliding Mode Control
100%
Finite-Time Stability
100%
Image Processing
50%
Simulation Result
50%
Output Feedback
50%
Convergence Rate
50%
Sliding Mode
50%
Feedback Controller
50%
Control Signal
50%
Model Uncertainty
50%
Actuator
50%