Studying network morphology in common developmental genomes

In most EvoDevo (Evolutionary Developmental) systems, genotypes are developed and evolved towards a structural or computational goal utilizing some kind of computational architecture (i.e., structures made of connected elements that may compute). Exploiting a common genotype to develop and evolve different classes of computational architectures towards a common goal has previously been successfully implemented, through common developmental genomes. In this work, we focus at how common genomes exploit the underlying architectures during development and build structure (network morphology) in phenotypes for different problem instances and architecture sizes. Common developmental genomes showed an ability to exploit the size of the architecture by actively involving a larger number of nodes/cells while managed to maintain a small number of neutral and static parts in the evolved structures.