Various parallel Fortran languages have been developed over the years. The research work in creating this Parallel Fortran Family has made signiicant contributions to parallel programming language design and implementation. In this paper, various parallel Fortran languages are studied based on a uniform coordination approach towards parallel programming. That is, new language constructs in para...

12 0 n distributed-memory machines, large data arrays need to be partitioned between local processor memories. These partitioned data arrays are called distributed arrays. Many applications can be efficiently implemented by using simple schemes for mapping distributed arrays. One such scheme is BLOCK distribution, which divides an array into contiguous, equal-sized subarrays and assigns each su...

in this paper by using concepts of graph theory, forces method and substructure ing method for analysis of structures, some methods have been introduced for optimal analysis of structures in a large scale, using substructuring method. planar rigid frames assuming linear behavior and small deformations, have been optimal analyzed, by using forces method. thus, a fortran power station computation...

In this paper, we present the first, preliminary results of HPF/Fortran-D language analysis based on compiling and running benchmark applications using a prototype implementation of HPF/Fortran-D compiler. The analysis indicate that the HPF is a very convenient tool for programming many applications on massively parallel and/or distributed systems. In addition, we cumulate experience on how to ...

AUTO_DERIV is a module comprised of a set of FORTRAN 90 procedures which can be used to calculate the first and second partial derivatives of any continuous function with many independent variables. The function should be expressed as one or more FORTRAN 90 or FORTRAN 77 procedures. A new type of variables is defined and the overloading mechanism of functions and operators provided by the FORTR...