> >CRPC TR-91195
> >Interprocedural Compilation of Fortran D for MIMD 
> >  Distributed-Memory Machines
> >
> >Keywords:
> >
> >MIMD multiprocessors, parallel programming, languages, compilers,
> >optimization, Fortran, interprocedural
> >
> >Abstract:
> >
> >Algorithms exist for compiling Fortran D for MIMD distributed-memory
> >machines, but are significantly restricted in the presence of procedure
> >calls.  This paper presents interprocedural analysis, optimization, and
> >code generation algorithms for Fortran D that limit compilation to only
> >one pass over each procedure.  This is accomplished by collecting
> >summary information after edits, then compiling procedures in reverse
> >topological order to propagate necessary information.  Delaying
> >instantiation of the computation partition, communication, and dynamic
> >data decomposition is key to enabling interprocedural optimization.
> >Recompilation analysis preserves the benefits of separate compilation.
> >Empirical results show that interprocedural optimization is crucial in
> >achieving acceptable performance for a common application.
> >
> >Appeared:
> >
> >Proceedings of Supercomputing '92, Minneapolis, MN, November 1992.