  We employ the Complex Langevin method for simulation of complex-valued
actions. First, we show how to test for convergence of the method by
explicitely computing boundary terms and demonstrate this in a model. Then we
investigate the deconfinement phase transition of QCD with $N_f=2$
Wilson-fermions using the Complex Langevin Method and. We give preliminary
results for the transition temperatures up to $\mu/T_c(\mu=0)\approx 5$ and
compute the curvature coefficient $\kappa_2$.
