A parallel algorithm for optimum monitoring network design in parameter estimation of distributed systems

The design of a network of observation nodes in a spatial domain is addressed. The observations are to be used to estimate unknown parameters of a distributed parameter system. Given a finite number of possible sites at which to locate a sensor, the problem is formulated as the selection of the gaug...

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Vydané v:2013 European Control Conference (ECC) s. 1609 - 1614
Hlavní autori: Ucinski, Dariusz, Baranowski, Przemyslaw
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Jazyk:English
Vydavateľské údaje: EUCA 01.07.2013
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Abstract The design of a network of observation nodes in a spatial domain is addressed. The observations are to be used to estimate unknown parameters of a distributed parameter system. Given a finite number of possible sites at which to locate a sensor, the problem is formulated as the selection of the gauged sites so as to minimize a convex criterion defined on the Fisher information matrix associated with the estimated parameters. The search for an optimal solution to this binary optimization problem is performed through solving a relaxed problem in which a constrained discrete probability distribution on the set of all allowable sites is sought. The main contribution here consists in properly parallelizing this solution using the parallel variable distribution approach. As a result, each processor minimizes a convex function subject to linear constraints through the use of a simplicial decomposition algorithm. The resulting individual solutions are then synchronized by finding their optimal convex combination.
AbstractList The design of a network of observation nodes in a spatial domain is addressed. The observations are to be used to estimate unknown parameters of a distributed parameter system. Given a finite number of possible sites at which to locate a sensor, the problem is formulated as the selection of the gauged sites so as to minimize a convex criterion defined on the Fisher information matrix associated with the estimated parameters. The search for an optimal solution to this binary optimization problem is performed through solving a relaxed problem in which a constrained discrete probability distribution on the set of all allowable sites is sought. The main contribution here consists in properly parallelizing this solution using the parallel variable distribution approach. As a result, each processor minimizes a convex function subject to linear constraints through the use of a simplicial decomposition algorithm. The resulting individual solutions are then synchronized by finding their optimal convex combination.
Author Baranowski, Przemyslaw
Ucinski, Dariusz
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  givenname: Przemyslaw
  surname: Baranowski
  fullname: Baranowski, Przemyslaw
  email: p.baranowski@ck.uz.zgora.pl
  organization: Comput. Centre, Univ. of Zielona Gora, Zielona Góra, Poland
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Snippet The design of a network of observation nodes in a spatial domain is addressed. The observations are to be used to estimate unknown parameters of a distributed...
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StartPage 1609
SubjectTerms Algorithm design and analysis
Convex functions
Linear programming
Mathematical model
Optimization
Program processors
Vectors
Title A parallel algorithm for optimum monitoring network design in parameter estimation of distributed systems
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