Add to ORKGWe investigate the relationship between template metaprogramming and computational complexity, showing how C++ templates characterize the class of polynomialtime computable function, by means of template recursion and specialization. Hence, standard C++ compilers can be used to certify polytime-bounded programs
Large scale scientific computing raises questions on different levels ranging from the fomulation of...
International audienceThis article proposes to use C++ template metaprogramming techniques to decide...
Abstract. Template metaprogramming (TMP) is an emerging new di-rection in C++ programming for execut...
We investigate the relationship between template metaprogramming and computational complexity, show...
We investigate the relationship between C++ template metaprogramming and computational complexity, s...
Any partial recursive function can be computed at compile time, using C++ templates to define primi...
Any partial recursive function can be computed at compile time, using C++ templates to define primi...
In this paper we investigate the relationship between template metaprogramming and implicit complexi...
Any partial recursive function can be computed at compile time, using C++ templates to define primit...
We investigate the computational power of C++ compilers. In particular, it is known that any partial...
We investigate the computational power of C++ compilers. In particular, it is known that any partia...
C++ templates were designed to provide generic programming, but they are also capable of performing ...
We investigate the computational power of C++ compilers. In particular, it is known that any partial...
This paper describes the Boost C++ template metaprogramming library (MPL), an extensible compile-tim...
C++ does not support run-time resolution of template type arguments. To circumvent this restriction,...
Large scale scientific computing raises questions on different levels ranging from the fomulation of...
International audienceThis article proposes to use C++ template metaprogramming techniques to decide...
Abstract. Template metaprogramming (TMP) is an emerging new di-rection in C++ programming for execut...
We investigate the relationship between template metaprogramming and computational complexity, show...
We investigate the relationship between C++ template metaprogramming and computational complexity, s...
Any partial recursive function can be computed at compile time, using C++ templates to define primi...
Any partial recursive function can be computed at compile time, using C++ templates to define primi...
In this paper we investigate the relationship between template metaprogramming and implicit complexi...
Any partial recursive function can be computed at compile time, using C++ templates to define primit...
We investigate the computational power of C++ compilers. In particular, it is known that any partial...
We investigate the computational power of C++ compilers. In particular, it is known that any partia...
C++ templates were designed to provide generic programming, but they are also capable of performing ...
We investigate the computational power of C++ compilers. In particular, it is known that any partial...
This paper describes the Boost C++ template metaprogramming library (MPL), an extensible compile-tim...
C++ does not support run-time resolution of template type arguments. To circumvent this restriction,...
Large scale scientific computing raises questions on different levels ranging from the fomulation of...
International audienceThis article proposes to use C++ template metaprogramming techniques to decide...
Abstract. Template metaprogramming (TMP) is an emerging new di-rection in C++ programming for execut...