Carrier Pigeon-like Sensing System: Beyond Human-Red Forest Interactions

The Carrier Pigeon-like Sensing System (CPSS) is a future-present computing archetype that will enable the human race to observe inaccessible natural spaces, such as the contaminated forests around the Fukushima nuclear power plant. The system aims to elucidate the scientific knowledge underlying the self-repair mechanisms of contaminated natural areas and allows users to maintain a connection with forests in the absence of any human intervention for future societies. This novel sensing system can be used to create a sustainable balance between humans and animals to ensure that the self-repairing process of contaminated natural areas can be applied anywhere in the future. This paper describes the theoretical underpinnings of such a sensing system through designing a CPSS. Introduction: Contradictive Link between Human Beings and the Red Forest Carrier Pigeon-like Sensing system (CPSS) is a future-present archetype in network computing that will enable the human race to observe inaccessible and contaminated forests around the Fukushima nuclear power plant. The system employs wildlife-borne sensing devices which have animal-to-animal internet sharing capability and which can be used to expand the size of monitoring areas where electricity supply and information infrastructure is either limited or nonexistent. In so doing, information can be collected from remote areas cost effectively and safely. The system is based on the concept of Human-Computer-Biosphere Interaction shown in Figure 1. The primary aim of the system is to elucidate the self-repair mechanisms that arise in contaminated natural areas and to allow users to maintain a connection with the forest without human intervention in order to develop sustainable and remote future societies.