Nuclear norms¶
The following routines compute the sum of the singular values. This is equivalent to both the KyFan norm with \(k=n\) and the Schatten norm with \(p=1\). Note that the nuclear norm is dual to the two-norm, which is the Schatten norm with \(p=\infty\).
C++ API¶
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Base<F>
NuclearNorm(const AbstractDistMatrix<F> &A)¶
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Base<F>
SymmetricNuclearNorm(UpperOrLower uplo, const Matrix<F> &A)¶
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Base<F>
SymmetricNuclearNorm(UpperOrLower uplo, const AbstractDistMatrix<F> &A)¶
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Base<F>
HermitianNuclearNorm(UpperOrLower uplo, const Matrix<F> &A)¶
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Base<F>
HermitianNuclearNorm(UpperOrLower uplo, const AbstractDistMatrix<F> &A)¶
C API¶
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ElError
ElSymmetricNuclearNorm_s(ElUpperOrLower uplo, ElConstMatrix_s A, float* norm)¶
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ElError
ElSymmetricNuclearNorm_d(ElUpperOrLower uplo, ElConstMatrix_d A, double* norm)¶
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ElError
ElSymmetricNuclearNorm_c(ElUpperOrLower uplo, ElConstMatrix_c A, float* norm)¶
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ElError
ElSymmetricNuclearNorm_z(ElUpperOrLower uplo, ElConstMatrix_z A, double* norm)¶
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ElError
ElSymmetricNuclearNormDist_s(ElUpperOrLower uplo, ElConstDistMatrix_s A, float* norm)¶
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ElError
ElSymmetricNuclearNormDist_d(ElUpperOrLower uplo, ElConstDistMatrix_d A, double* norm)¶
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ElError
ElSymmetricNuclearNormDist_c(ElUpperOrLower uplo, ElConstDistMatrix_c A, float* norm)¶
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ElError
ElSymmetricNuclearNormDist_z(ElUpperOrLower uplo, ElConstDistMatrix_z A, double* norm)¶
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ElError
ElHermitianNuclearNorm_c(ElUpperOrLower uplo, ElConstMatrix_c A, float* norm)¶
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ElError
ElHermitianNuclearNorm_z(ElUpperOrLower uplo, ElConstMatrix_z A, double* norm)¶
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ElError
ElHermitianNuclearNormDist_c(ElUpperOrLower uplo, ElConstDistMatrix_c A, float* norm)¶
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ElError
ElHermitianNuclearNormDist_z(ElUpperOrLower uplo, ElConstDistMatrix_z A, double* norm)¶
Python API¶
TODO