  The production of hadronic resonances $K^{*}(892)$, $\phi(1020)$,
$\Sigma^{*}(1385)$, and $\Xi^{*}(1530)$ in central AA collisions at
$\sqrt{s_{NN}}=$ 17.3, 200, and 2760 GeV are systematically studied. The direct
production of these resonances at system hadronization are described by the
quark combination model and the effects of hadron multiple-scattering stage are
dealt with by a ultra-relativistic quantum molecular dynamics model (UrQMD). We
study the contribution of these two production sources to final observation and
compare the final spectra with the available experimental data. The $p_T$
spectra of $K^{*}(892)$ calculated directly by quark combination model are
explicitly higher than the data at low $p_T \lesssim 1.5$ GeV and taking into
account the modification of rescattering effects the resulting final spectra
well agree with the data at all three collision energies. The rescattering
effect on $\phi(1020)$ production is weak and including it can slightly improve
our description at low $p_T$ on the basis of overall agreement with the data.
We also predict the $p_T$ spectra of $\Sigma^{*}(1385)$ and $\Xi^{*}(1530)$ to
be tested by the future experimental data.
