  We study a set of textures giving rise to correct masses and mixings of the
charged fermions in the context of leptogenesis. The Dirac neutrino texture
pattern is assumed to be identical with the up quark texture. The heavy
Majonana neutrino mass matrix is obtained by inverting the type-I see-saw
formula and using the neutrino masses and mixings required by the solar and
atmospheric neutrino oscillation experiments as input. After making the
feasibility study of the generated lepton asymmetry via the decay of the heavy
right handed neutrino, we compute the generated baryon asymmetry by numerically
solving the supersymmetric Boltzmann equations. We find for these models that
both the hierarchy of the texture as well as the placement of the texture zeros
are important to the viability of leptogenesis as the source of the observed
baryon asymmetry of the universe.
