Computing k-block Morphisms by Spiking Neural P Systems
In this paper we show that for every k-block morphism (k >= 2) there is a spiking neural P system which computes the morphism. This result generalises the result explored by G. Paun, M. Perez-Jimenez, and G. Rozenberg. We give an algorithm which constructs the spiking neural P system, that is, if a k-block morphism is given as an input, the algorithm makes rules of the spiking neural P system which computes the morphism.
k-block morphism spiking neural p system