Embryonic systems implementation with FPGA‐based artificial cell network hardware architectures

Abstract

The cell-based structure, which makes up the majority of biological organisms, offers the ability to grow with fault-tolerance abilities and selfrepair. By adapting these mechanisms and capabilities to nature, scientific approaches have promoted research for understanding related phenomena and associated principles to engine complex novel digital systems and improve their capability. Founded by these observations, the paper is focused on computeraided modeling, simulation and experimental research of embryonic systems, with the purpose to implement very large scale integrated hardware structures which are able to imitate cells or artificial organism operation mode, with similar robustness and fault-tolerance properties like their biological equivalents from nature. Field Programmable Gate Array (FPGA)-based artificial cell model configuration provided with strongly network communication capabilities is proposed and developed. The presented theoretical and simulation approaches were tested on a laboratory prototype embryonic system (embryonic machine), for study and implementation of basic abilities of living organisms.

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Fault Tolerant Bio-Inspired System Controlled Modular Switched Reluctance Machine

“…The proposed bio-inspired system is modeled on a POE-type (Phylogeny, Ontogeny and Epigenesis) embryonic structure, developed in analogy with the evolutionary processes of biological systems [29], [30].…”

An architecture of sequential embryonic cell for counter design

“…This work is supported by ISRO Satellite Centre, Bangalore. 1 Gayatri Malhotra is Scientist 'SE' in Control Electronics Group (CEG) and has experience of thirteen years. She is pursuing research in bio-inspired electronics.…”

“…It is found that there is high possibility that these properties can be implemented on very large scale integrated (VLSI) hardware systems.The research area that leads to new digital system design concept is called as embryonic system design. The cellular embryonic system design of artificial cell network hardware is developed [1] and demonstrates a good example of interaction mechanisms between the cells.…”