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Multi-time scale zero-sum differential games with perfect state measurements
Zigang Pan,
Tamer Başar
Electrical and Computer Engineering
Coordinated Science Lab
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Keyphrases
State Observation
100%
Multiple Time Scales
100%
Saddle Point Solution
100%
Zero-sum Differential Game
100%
Subgame
75%
Optimal Control
25%
Positive Parameter
25%
State Dynamics
25%
Infinite Horizon
25%
Linear Quadratic
25%
Feedback Law
25%
Open-loop Policy
25%
Singularly Perturbed
25%
Corrupted Linear Systems
25%
SlowFast
25%
Composite Policy
25%
Cost Level
25%
Mathematics
Timescale
100%
Saddle Point
100%
Differential Game
100%
Approximates
60%
Linear System
20%
Necessary and Sufficient Condition
20%
Optimal Control Theory
20%
Positive Parameter
20%
Earth and Planetary Sciences
Timescale
100%
Saddle Point
100%
Differential Game
100%
Linear Systems
20%
Optimal Control
20%
Engineering
State Measurement
100%
Saddle Point
100%
Open Loop
20%
Sufficient Condition
20%
Optimal Control
20%
Finite Horizon
20%
Dynamic State
20%
Direct Application
20%