|
|||
ABSTRACT
Function spaces of type
and
cover as special cases classical and
fractional Sobolev spaces, classical Besov spaces, Hölder-Zygmund spaces and
inhomogeneous Hardy spaces. In the last 2 or 3 decades they haven been studied
preferably on
and in smooth bounded domains in
including numerous
applications to pseudodifferential operators, elliptic boundary value problems
etc. To a lesser extent spaces of this type have been considered in Lipschitz
domains. But in recent times there is a growing interest to study and to use
spaces of this type in Lipschitz domains and on their boundaries. It is the
aim of this paper to deal with function spaces of
and
type in
Lipschitz domains and on Lipschitz manifolds in a systematic (although not
comprehensive) way: We describe and comment on known results, seal some
gaps, give new proofs, and add a few new results of relevant aspects.
2000 Mathematics Subject Classification: 46E35.