The mpC Parallel Programming Environment

mpC Workshop
an mpC Intergated Development Environment for Windows is released.
Have a look how it looks like.
A book about mpC 
A.Lastovetsky. Parallel Computing on Heterogeneous Networks. John Wiley & Sons, 423 pages, 2003, ISBN: 0-471-22982-2.
Download free mpC software
Tarred and gzipped C-source distributions:
  • mpC v2.3.0
  • mpC v2.2.0
    mpC installation requirements: Network of UNIX workstations/PCs running MPI (LAM or MPICH implementations).
    Version history
  • mpC Tutorial (.html)
  • mpC Language Specification (.html / gzipped postscript)
    mpC Program Examples
    Other Projects of the mpC Team
  • The C[] Programming Language and Its Compiler    The C[] language is Fortran90-like ANSI C extention supporting array-based computations.
    mpC team proposes cooperation to parallel application developers
    mpC Programming Language in Brief

    mpC is a high-level parallel language (an extension of ANSI C), designed specially to develop portable adaptable applications for heterogeneous networks of computers. The main idea underlying mpC is that an mpC application explicitly defines an abstract network and distributes data, computations and communications over the network. The mpC programming system uses this information to map the abstract network to any real executing network in such a way that ensures efficient running of the application on this real network. This mapping is performed in run time and based on information about performances of processors and links of the real network, dynamically adapting the program to the executing network.

    The first version of the mpC programming system for networks of workstations and PCs became available early in 1997 from our homepage Currently, version 2.3.0 is available.

    The mpC programming system includes a compiler, a run-time support system (RTSS), a library, and a command-line user interface. The compiler translates a source mpC program into the ANSI C program with calls to functions of RTSS. RTSS manages processes, constituting the parallel program, and provides communications. It encapsulates a particular communication platform (currently, a subset of MPI) ensuring platform-independence of the rest of system components.

    More information . . .

    Take a look at what professional programmers think of mpC

    mpC Tutorial by Alexey Lastovetsky provides quick and easy way to master mpC. The Russian version (KOI-8) is also present.

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