  We present measurements of the near-side of triggered di-hadron correlations
using neutral strange baryons ($\Lambda$, $\bar{\Lambda}$) and mesons ($K^0_S$)
at intermediate transverse momentum (3 $<$ $p_T$ $<$ 6 GeV/$c$) to look for
possible flavor and baryon/meson dependence. This study is performed in $d$+Au,
Cu+Cu and Au+Au collisions at $\sqrt{s_{{NN}}}$ = 200 GeV measured by the STAR
experiment at RHIC. The near-side di-hadron correlation contains two
structures, a peak which is narrow in azimuth and pseudorapidity consistent
with correlations due to jet fragmentation, and a correlation in azimuth which
is broad in pseudorapidity. The particle composition of the jet-like
correlation is determined using identified associated particles. The dependence
of the conditional yield of the jet-like correlation on the trigger particle
momentum, associated particle momentum, and centrality for correlations with
unidentified trigger particles are presented. The neutral strange particle
composition in jet-like correlations with unidentified charged particle
triggers is not well described by PYTHIA. However, the yield of unidentified
particles in jet-like correlations with neutral strange particle triggers is
described reasonably well by the same model.
