Add to ORKGWe investigate the computational power of C++ compilers. In particular, it is known that any partial recursive function can be computed at compile time, using the template mechanism to define primitive recursion, composition, and minimalization. We show that polynomial time computable functions can be computed at compile-time using the same mechanism, together with template specialization
Polymorphic types, higher order functions, and partial application are common features in functional...
techniques are being used to generate highly customized and optimized products automatically manufac...
AbstractWe propose a new order-theoretic characterisation of the class of polytime computable functi...
We investigate the computational power of C++ compilers. In particular, it is known that any partia...
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 partial...
C++ templates were designed to provide generic programming, but they are also capable of performing ...
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...
Any partial recursive function can be computed at compile time, using C++ templates to define primit...
We investigate the relationship between template metaprogramming and computational complexity, show...
We investigate the relationship between C++ template metaprogramming and computational complexity, s...
In this paper we investigate the relationship between template metaprogramming and implicit complexi...
AbstractIt is well-known that by a single use of higher type recursion on notation one can define pr...
AbstractWe give a correspondence between two notions of complexity for real functions: poly-time com...
Polymorphic types, higher order functions, and partial application are common features in functional...
techniques are being used to generate highly customized and optimized products automatically manufac...
AbstractWe propose a new order-theoretic characterisation of the class of polytime computable functi...
We investigate the computational power of C++ compilers. In particular, it is known that any partia...
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 partial...
C++ templates were designed to provide generic programming, but they are also capable of performing ...
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...
Any partial recursive function can be computed at compile time, using C++ templates to define primit...
We investigate the relationship between template metaprogramming and computational complexity, show...
We investigate the relationship between C++ template metaprogramming and computational complexity, s...
In this paper we investigate the relationship between template metaprogramming and implicit complexi...
AbstractIt is well-known that by a single use of higher type recursion on notation one can define pr...
AbstractWe give a correspondence between two notions of complexity for real functions: poly-time com...
Polymorphic types, higher order functions, and partial application are common features in functional...
techniques are being used to generate highly customized and optimized products automatically manufac...
AbstractWe propose a new order-theoretic characterisation of the class of polytime computable functi...