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Probabilistic multimodeling in zero-sum differential games
Tamer Basar
Electrical and Computer Engineering
Coordinated Science Lab
Research output
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Conference article
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peer-review
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Keyphrases
Noisy Measurements
100%
Probabilistic Model
100%
Zero-sum Differential Game
100%
Multi-modeling
100%
System Measurement
50%
Noise Measurement
50%
Measurement Process
50%
Equilibrium Solution
50%
Saddle Point Solution
50%
Stochastic Zero-sum Differential Games
50%
Extended Formulations
50%
Noise Processes
50%
Saddle Point Equilibrium
50%
Structural Consistency
50%
Zero-sum Stochastic Differential Games
50%
Computer Science
Measurement Process
100%
Measurement Noise
100%
Underlying System
100%
Stochastic Differential
100%
Probabilistic Modeling
100%
Equilibrium Point
100%
Engineering
Saddle Point
100%
Salient Feature
50%
Noise Process
50%
Measurement Noise
50%
Measurement Process
50%
Equilibrium Solution
50%
Stochastic Differential
50%
Probabilistic Modeling
50%
Mathematics
Differential Game
100%
Saddle Point
50%
Stochastics
25%
Statistics
25%
Measurement Process
25%
Equilibrium Solution
25%
Stochastic Differential
25%
Noise Process
25%
Economics, Econometrics and Finance
Differential Game
100%