In this paper we have defined the language theoretical properties of Parallel languages and series parallel languages. Parallel languages and Series parallel languages play vital roles in parallel processing and many applications in computer programming. We have defined regular expressions and context free grammar for parallel and series parallel languages based on sequential languages [2]. We ...

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We propose a data BLOCKINow-based massively parallel programming language, called \V," which would minimize the diculties in writing massively parallel programs. The language V has both merits of functional programming and object-based programming. Our starting point is a data BLOCKINow-based functional programming language, called \Valid," which we have developed so far, because functional pro...

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...

We describe how a para-functional programming language is applied to implementing parallel computer algebra algorithms on a shared memory multiproces-sor. The language we use is pD, a small functional language that we have developed as a high-level programming interface for the parallel computer algebra package PACLIB. pD provides several facilities to express parallel algorithms in a exible wa...

Parallel computers will not become widely used until scientists and engineers adopt a common programming language for publication of parallel scientific algorithms. This paper describes the publication language SuperPascal by examples. SuperPascal extends Pascal with deterministic statements for parallel processes and synchronous message communication. The language permits unrestricted combinat...

In [PP93] we described a transformational approach to realizing architecture independent parallel execution of a high-level parallel language. Detailed in that document is a series of steps that when applied to highlevel, data-parallel programs written in the Proteus programming language yield parallel execution on a variety of different parallel architectures. The Data Parallel Library (DPL) d...

The Boolean circuit has been an important model of parallel computation, but not many parallel algorithms have been designed on this model because it is ‘awkward to program.’ To overcome this drawback, we propose a description language for designing parallel algorithms. This description language is to parallel algorithms what the pseudocode is to sequential algorithms. Through example codes, we...

In this paper we consider productivity challenges for parallel programmers and explore ways that parallel language design might help improve end-user productivity. We offer a candidate list of desirable qualities for a parallel programming language, and describe how these qualities are addressed in the design of the Chapel language. In doing so, we provide an overview of Chapel’s features and h...

This thesis investigates the relation between the two conflicting goals of explicitness and abstraction, for the implementation of parallel functional languages and skeletons. Necessary and useful coordination features for implementing parallel coordination in a functional implementation language will be identified, leading to the proposal of a Haskell extension for explicit low-level coordinat...