Socio-organism inspired model forming multi-level computational scheme for integrated IoT service architecture
Journal
2012 2nd Baltic Congress on Future Internet Communications, BCFIC 2012
Pages
68-71
Date Issued
2012
Author(s)
Abstract
An ambitious goal is to unify the existing global Internet of Things (IoT) architectures. This paper offers a concept for extending the functions of IoT objects in order to obtain an integrated, advanced IoT infrastructure. It is accomplished by composing an IoT architecture that imitates brain-neural systems of living organisms and creating an intelligent framework inspired by human-to-human socio interactions that will serve as a model for machine-to-machine interactions. By gaining an understanding of this concept, researchers will be inspired to shape this unified IoT infrastructure by multi-level computation approach.
An ambitious goal is to unify the existing global Internet of Things (IoT) architectures. This paper offers a concept for extending the functions of IoT objects in order to obtain an integrated, advanced IoT infrastructure. It is accomplished by composing an IoT architecture that imitates brain-neural systems of living organisms and creating an intelligent framework inspired by human-to-human socio interactions that will serve as a model for machine-to-machine interactions. By gaining an understanding of this concept, researchers will be inspired to shape this unified IoT infrastructure by multi-level computation approach.
SDGs
Type
conference paper