  Results from the two-particle correlation between identified triggers (pions
($\pi^{\pm}$) , protons (p/$\bar{p}$))) and un-identified charged particles at
intermediate transverse momentum ($p_{T}$) in p-Pb collisions at $\sqrt{s_{NN}}
= $ 5.02 TeV have been presented. The events generated from a hybrid
Monte-Carlo event generator, EPOS 3.107 that implements a flux-tube initial
conditions followed by event by event 3+1D viscous hydrodynamical evolution,
have been analysed to calculate two-dimensional correlation functions in
$\Delta\eta$-$\Delta\phi$. The strength of angular correlations at small
relative angles (jet-like correlations), quantified in terms of near-side
jet-like per-trigger yield has been calculated as a function of the event
multiplicity. The yield associated with pion triggers exhibit negligible
multiplicity dependence, while the proton-triggered yield shows a gradual
suppression from low to high multiplicity events. In small collision systems
like p-Pb where jet modification is expected to be less dominant, the observed
suppression may be associated with the hydrodynamical evolution of the bulk
system that generates an outward radial flow. Analogous measurements in Au-Au
collisions at RHIC energy have shown a hint of dilution in proton-triggered
correlation at its highest multiplicity suggesting that the soft physics
processes in p-Pb and heavy ion collisions may have qualitative similarity.
