On brain-inspired hybrid topologies for nano-architectures - a Rent’s rule approach -
Valeriu C. Beiu, Basheer A. M. Madappuram, T.M. McGinnity · 2008
This paper will start by comparing brainpsilas connectivity (based on different analyses of neurological data) versus well-known network topologies (originally used in massively parallel super-computers), in view of the latest interpretation of Rentpsilas rule. These will reveal that the brain is in very good agreement with Rentpsilas rule average growth rate. With respect to classical network topologies, the crossbar (only for quite small sizes) and the cube connected cycles (for a wider range) look like promising contenders (for the brain), while in fact any network topology falls short of properly mimicking brainpsilas connectivity. That is why, we will go on exploring hybrid (hierarchical) combination of two network topologies, allowing us to identify those (hybrid network topologies) which could closely emulate brainpsilas connectivity (as well as the particular ranges where this is happening).