  In a R-parity violating (RPV) model of neutrino mass with three bilinear
couplings $\mu_i$ and three trilinear couplings $\lambda'_{i33}$, where $i$ is
the lepton index, we find six generic scenarios each with a distinctive pattern
of the trilinear couplings consistent with the oscillation data. These patterns
may be reflected in direct RPV decays of the lighter top squark or in the RPV
decays of the lightest superparticle, assumed to be the lightest neutralino.
  Typical signal sizes at the Tevatron RUN II and the LHC have been estimated
and the results turn out to be encouraging.
