WON: A hypothetical multi-hop ad-hoc wireless ultra-large scale worldwide one network

Raghuram Shivram (), B. G. Prasad () and S. Vishwa Kiran ()
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Raghuram Shivram: B. M. S. College of Engineering
B. G. Prasad: Dayananda Sagar College of Engineering
S. Vishwa Kiran: BMS Institute of Technology and Management

International Journal of System Assurance Engineering and Management, 2024, vol. 15, issue 10, No 4, 4714-4729

Abstract: Abstract This research explores the concept of Worldwide one network (WON), a hypothetical ultra-large scale ad-hoc wireless network characterized by its non-hierarchical, open, scalable, homogeneous, and autopoiesis nature. The primary objectives are to address challenges in network formation, individual node unique addressing, and network management. This paper proposes a novel addressing mechanism named ‘Cubid’, which utilizes geo-coordinates as the primary identifier for network nodes with 1 m resolution and aims for at least 512 unique node addresses per cubic meter space on Earth. Unique three-dimensional address space, received signal strength based trilateration for network formation, address negotiation, and the use of Cubid as a MAC address to bypass traditional Layer 2–3 Internet Protocol activities are few of the differentiator aspects involved in this research work. Preliminary tests of this hypothetical network yield in practical viability of identifying network node’s geographical coordinates with an accuracy of 3 m without GPS devices, and corresponding simulations results in an average frame delivery time of 27 ms over a 100-hop, varying hop length network path. These findings indicate that WON could serve as a viable alternative communication network, especially when substantial infrastructure-based networks, such as the Internet fails.

Keywords: Ad-hoc wireless network; Localization; Geo-positioning; Triangulation; Trilateration; Wi-Fi; RSSI; ESP8266; Internet of things; Peer-to-peer (search for similar items in EconPapers)
Date: 2024
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DOI: 10.1007/s13198-024-02442-4

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