  The transport properties of the photons injected into one-dimensional
coupled-cavity-arrays (CCAs) are studied. It is found that the number of
photons cannot change the evolution cycle of the system and the time points at
which W states and NOON state are obtained with a relatively higher
probability. Transport dynamics in the CCAs exhibits that entanglement-enhanced
state transmission is more effective phenomenon, and we show that for a quantum
state with the maximum concurrence, it can be transmitted completely without
considering the case of photon loss.
