Engineered and Natural Processing: Neurocomputing and Neuromorphological Processing Platforms

This paper applies and integrates digital design, complexity and communication to further advance an enabling paradigm of neuromorphological processing in three-dimensional (3D) space. Those developments promise one to achieve superhigh-performance processing (computing) as well as devise advanced processing platforms (PPs). We apply a neurocomputing paradigm to engineered processing systems. Our theoretical findings are predominantly focused on engineered (humandevised) natural-centric processing. We coherently integrate sound premises and utilize massive vector processing in 3D space. Our neurocomputing paradigm implies application of basic fundamentals of computer engineering and science, as well as emerging technological developments. To ensure high performance computing, both synthesis (design) and technology centric realization (microelectronics and fluidic/solid molecular synthesis) must be accomplished. The proposed developments and advancements in the fundamental areas of theoretical computer science and applied engineering are inspired by natural processing and emerging molecular engineering.