The
longitudinal and transverse waves of 2D magnetized complex plasma based on the
drivendissipative. Langevin dynamics simulation are investigated. The modified
Yukawa potential with including the magnetization of background ions is used to
account for the interaction of the charged dust particles. The simulation
results are compared with the existing theories including quasi localized
charge approximation and randomphase approximation. In the weak magnetization
regime, the wave spectra obtained from Yukawa simulation and modified Yukawa
simulation basically are the same. In the strong magnetization regime, the magnetization
of background ions and temperature ratio of background electrons to background
ions play effects on the wave spectra of the system, particularly for the
strongly coupled state. The dust acoustic waves in the weakly coupled state
basically are not influenced by the magnetization of background ions.