The orthogonal projection
P0: L2(Ω) → L2(Ω)∩{holomorphic functions} (the Bergman projection) is studied,
together with its analogue Ps: Ws(Ω) → Ws(Ω)∩{holomorphic functions}, for
smooth bounded pseudoconvex complete Reinhardt domains Ω ⊂Cn. It is shown
that Ps maps the Sobolev space Wr(Ω) boundedly into itself for each r ≥ s. Explicit
formulas are computed for the representing kernel functions for the case of the
ball.