Abstract:Abstract:In this paper, we consider the symmetric cone linear programming(SCLP), by using the Jordan-algebraic technique, we extend the generalized proximal point method in linear programming and semidefinite programming to the SCLP. Under some reasonable conditions, we obtain the convergence of primal central paths associated to the symmetric cone distance function.
“…Euclidean Jordan algebras have been used to deal with optimization problems involving symmetric cones (cf. [4,5,7,6,8,9,10,11,15,16,12,13,19,18,20,21,22]). The optimization problems involving symmetric cones are tractable ones.…”
Every element in a Euclidean Jordan algebra has a spectral decomposition. This spectral decomposition is generalization of the spectral decompositions of a matrix. In the context of Euclidean Jordan algebras, this is written using eigenvalues and the so-called Jordan frame. In this paper we deduce the derivative of eigenvalues in the context of Euclidean Jordan algebras. We also deduce the derivative of the elements of a Jordan frame associated to the spectral decomposition.
“…Euclidean Jordan algebras have been used to deal with optimization problems involving symmetric cones (cf. [4,5,7,6,8,9,10,11,15,16,12,13,19,18,20,21,22]). The optimization problems involving symmetric cones are tractable ones.…”
Every element in a Euclidean Jordan algebra has a spectral decomposition. This spectral decomposition is generalization of the spectral decompositions of a matrix. In the context of Euclidean Jordan algebras, this is written using eigenvalues and the so-called Jordan frame. In this paper we deduce the derivative of eigenvalues in the context of Euclidean Jordan algebras. We also deduce the derivative of the elements of a Jordan frame associated to the spectral decomposition.
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