  The constraint on the $R$-parity violating supersymmetric interactions is
discussed in the light of current experimental data of the electric dipole
moment of neutron, $^{129}$Xe , $^{205}$Tl, and $^{199}$Hg atoms, and YbF and
ThO molecules. To investigate the constraints without relying upon the
assumption of the dominance of a particular combination of couplings over all
the rest, an extensive use is made of the linear programming method in the scan
of the parameter space. We give maximally possible values for the EDMs of the
proton, deuteron, $^3$He nucleus, $^{211}$Rn, $^{225}$Ra, $^{210}$Fr, and the
$R$-correlation of the neutron beta decay within the constraints from the
current experimental data of the EDMs of neutron, $^{129}$Xe, $^{205}$Tl, and
$^{199}$Hg atoms, and YbF and ThO molecules using the linear programming
method. It is found that the $R$-correlation of the neutron beta decay and
hadronic EDMs are very useful observables to constrain definite regions of the
parameter space of the $R$-parity violating supersymmetry.
