  We analyzed the transverse momentum {\ppt} spectra of different particle
species containing strange quark {\ks}, {\lam (\alam)} and {\xim ({\axi})} in
different centrality intervals at mid-rapidity ($y$) from {\auau} collisions at
{\sqrtsNN}= 54.4 GeV. The {\ppt} spectra of these strange hadrons are
investigated by Tsallis-like distribution. The Tsallis-like distribution
satisfactorily fits the experimental data. The effective temperature, entropy
based parameter $q$ and mean {\ppt} extracted from the Tsallis-like
distribution function while the kinetic freeze-out temperature ($T_0$) and
transverse flow velocity ($\beta_T$) are extracted by an alternative method.
The effective temperature, entropy based parameter $q$ and mean {\ppt} are
found to be strongly dependent on centrality. The effective temperature of
multi-strange particle ({\xim ({\axi})}) is larger as compared to
singly-strange particles {\lam (\alam)} and {\ks}. Furthermore, the extracted
parameters from alternative approach decreases from central collisions to
peripheral collisions, except the parameter $q$ which shows an opposite
behaviour. A mass dependent kinetic freeze-out scenario is observed as the
effective flow is larger for massive particles than the lighter one.
Furthermore, the $T$, $\beta_T$ and mean {\ppt} ($\langle p_T \rangle$) shows
decreasing trend as we go from central collisions to peripheral collisions. The
entropy parameter $q$ increases from central to peripheral collisions.
