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- Title
An adaptive multi-hop routing with IoT abstraction for minimizing delay-node capacity trade-offs in mobile ad-hoc network.
- Authors
Chasib, Haitham Shiaibth; Salih, Saddam Raheem; Khalaf Al-Ogaili, Israa Jaber
- Abstract
Delay and node capacity are incompatible mobile ad hoc constraints because of the network's versatility and self-disciplined design. It is a challenging problem to maximize the trade-off between the above mobility correlation factors. This manuscript proposes an adaptive multi-hop routing (A.M.R.) for mobile ad-hoc network (MANET) to minimize the trade-off by integrating the internet of things (IoT). IoT nodes' smart computing and offloading abilities are extended to ad-hoc nodes to improve routing and transmission. For MANET nodes in route exploration, neighbor selection, and data transmission, the beneficial features of IoT include enhanced decision making. The traditional routing protocols use IoT at the time of the neighbor discovery process in updating the routing table and localization. The harmonizing technologies with their extended support improve the performance of MANETs has been estimated. The proposed method achieves better throughput (14.16 Mbps), delay (0.118), packet drop (126), and overhead (36 packets) when compared to existing methods.
- Subjects
MULTICASTING (Computer networks); AD hoc computer networks; INTERNET of things; DATA transmission systems
- Publication
International Journal of Electrical & Computer Engineering (2088-8708), 2021, Vol 11, Issue 6, p5315
- ISSN
2088-8708
- Publication type
Article
- DOI
10.11591/ijece.v11i6.pp5315-5326