First-order Chebyshev propagation validation accuracy tends to deteriorate as K increases; the authors attribute this to large low-frequency filter coefficients degrading semi-supervised SGC performance.

First-order Chebyshev propagation validation accuracy tends to deteriorate as K increases; the authors attribute this to large low-frequency filter coefficients degrading semi-supervised SGC performance. · CiteArk

First-order Chebyshev propagation validation accuracy tends to deteriorate as K increases; the authors attribute this to large low-frequency filter coefficients degrading semi-supervised SGC performance.

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