  Using recent values of \alpha_s, the gluon condensates <\alpha_s G^2> and
<g^3 f_abcG^3> and the new data on the \psi/\Upsilon-families, we update our
determinations of the MS-bar running quark masses m_c,b(m_c,b) from the
SVZ-Moments M_n(Q^2) and their ratios by including higher order perturbative
(PT) corrections, non-perturbative (NPT) terms up to dimension d=8 and using
the degree n-stability criteria of the (ratios of) moments. Optimal results
from different (ratios of) moments converge to the accurate mean values:
m_c(m_c)=1264(6) MeV} and m_b(m_b)=4188(8) MeV in Table 4, which improve and
confirm our previous findings [1,2] and the recent ones from Laplace sum rules
[3]. Comments on some other determinations of m_c(m_c) and <\alpha_s G^2> from
the SVZ-(ratios of) moments in the vector channel are given in Section 5.
