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Difference between revisions of "Emgr"

m (→‎Links: code.jsonld)
m (→‎Features: emgr update)
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* Empirical [[:Wikipedia:Observability_Gramian|Observability Gramian]]
 
* Empirical [[:Wikipedia:Observability_Gramian|Observability Gramian]]
 
* Empirical [[:Wikipedia:Cross_Gramian|Cross Gramian]]
 
* Empirical [[:Wikipedia:Cross_Gramian|Cross Gramian]]
* Empirical Approximate Cross Gramian
+
* Empirical Linear Cross Gramian
 
* Empirical Sensitivity Gramian
 
* Empirical Sensitivity Gramian
 
* Empirical Identifiability Gramian
 
* Empirical Identifiability Gramian
Line 23: Line 23:
 
applicable to:
 
applicable to:
   
* Linear + Nonlinear Systems
+
* Linear + Nonlinear Control Systems
* First + Second Order Systems
+
* First + Second Order Control Systems
 
* Parametrized | Parametric Systems
 
* Parametrized | Parametric Systems
  +
* Discretized [[:Wikipedia:Partial_differential_equation|PDEs]]
   
 
and with sample implementations for:
 
and with sample implementations for:
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* Parameter Reduction + Robust Reduction
 
* Parameter Reduction + Robust Reduction
 
* Combined State and Parameter Reduction
 
* Combined State and Parameter Reduction
  +
* Uncertainty Quantification
* (Bayesian) Inverse Problem Reduction
 
 
* Decentralized Control
 
* Decentralized Control
 
* Nonlinearity Quantification
 
* Nonlinearity Quantification

Revision as of 17:52, 2 August 2014


Synopsis

emgr - Empirical Gramian Framework. Empirical gramians can be computed for linear and nonlinear control systems for purposes of model order reduction, uncertainty quantification or system identification. Model reduction using empirical gramians can be applied to the state space, to the parameter space or to both through combined reduction. The emgr framework is a compact open source toolbox for gramian-based model reduction and compatible with OCTAVE and MATLAB.

Features

Application matrix for the empirical gramian framework

emgr encompasses seven types of gramians:

applicable to:

  • Linear + Nonlinear Control Systems
  • First + Second Order Control Systems
  • Parametrized | Parametric Systems
  • Discretized PDEs

and with sample implementations for:

  • Balanced Truncation + Direct Trunction
  • Parameter Identification + Sensitivity Analysis
  • Parameter Reduction + Robust Reduction
  • Combined State and Parameter Reduction
  • Uncertainty Quantification
  • Decentralized Control
  • Nonlinearity Quantification

References

Links

Contact

Christian Himpe