  Theories with massive gravitons have peculiarity called the van
Dam-Veltman-Zakharov discontinuity in that the massive theory propagator does
not go to the massless graviton propagator in the zero graviton mass limit.
This results in large deviation in Newtons law for massive graviton theories
even when the graviton mass vanishes. We test the vDVZ in massive graviton
theories for single graviton vertex process namely the gravitational radiation
from a classical source. We calculate the gravitational radiation from compact
binaries using the perturbative Feynman diagram method. We perform this
calculation for Einstein's gravity with massless gravitons and verify that the
Feynman diagram calculation reproduces the quadrupole formula. Using the same
procedure we calculate the gravitational radiation for three massive graviton
theories: (1) the Fierz-Pauli theory (2) the modified Fierz-Pauli theory
without the vDVZ discontinuity and (3) the Dvali-Gabadadze-Porrati theory with
a momentum dependent graviton mass. We put limits on the graviton mass in each
of these theories from observations of binary pulsar timings.
