Due to it's simplicity, due to it's support for atomics, and due to some traditional Fortran features (modules, F9x object-based, build-in array support), Coarray Fortran does already allow to break it's own limits for…
I think we are talking about different things. PGAS is intended to develop more sophisticated parallel LOGIC codes more easily, which is a requirement to handle upcomming MIC hardware. The logic codes itself will play a…
>Benifit from the computer science world's work. (...) Sorry, isn't this a copy and paste from elsewhere? I'd bet I've seen this paragraph some time ago elsewhere. Nevertheless, our task is not just to write codes that…
>Fortran offers nothing that C++, C, Rust, Julia, and Python have that can't be achieved using the respective language. We are currently preparing to develop and program new classes of algorithms (statistics) for use…
Due to it's simplicity, due to it's support for atomics, and due to some traditional Fortran features (modules, F9x object-based, build-in array support), Coarray Fortran does already allow to break it's own limits for…
I think we are talking about different things. PGAS is intended to develop more sophisticated parallel LOGIC codes more easily, which is a requirement to handle upcomming MIC hardware. The logic codes itself will play a…
>Benifit from the computer science world's work. (...) Sorry, isn't this a copy and paste from elsewhere? I'd bet I've seen this paragraph some time ago elsewhere. Nevertheless, our task is not just to write codes that…
>Fortran offers nothing that C++, C, Rust, Julia, and Python have that can't be achieved using the respective language. We are currently preparing to develop and program new classes of algorithms (statistics) for use…