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Da Lu

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Proceedings Article | 23 August 2023 Paper

A distributed carbon metering terminal ad-hoc network communication routing technology

Kai Cui, Dongxiang Jiao, Jiao Guo, Da Lu, Hanji Ju

Proceedings Volume 12784, 127842J (2023) https://doi.org/10.1117/12.2692720

KEYWORDS: Carbon, Data transmission, Telecommunications, Data communications, Computer simulations, Reliability, Standards development, Sensor networks, Power grids, Head

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Carbon metering, as an important means of carbon neutralization and carbon peaking, is the basis of establishing a carbon trading market, so accurate measurement data is crucial. Aiming at the characteristics of a large equipment base, wide distribution, and high intelligence in each link of carbon-carrying metering power system including generation, transmission, transformation, distribution, and use, a distributed carbon metering terminal Ad-hoc network communication routing technology is provided. The large-scale and highly connected terminal Ad-hoc network topology is abstracted into a hypergraph model. Based on the hyper network model, the distributed algorithm is used to establish the minimum generation hypertree for services with different QoS requirements, realizing the effect of stable QoS transmission, and effectively improving the effectiveness and optimality of the Ad-hoc network communication routing operation of carbon metering terminals. Through simulation, the proposed algorithm is better than the shortest path tree-based routing algorithm, which can effectively improve the success rate of data transmission, save the total energy consumption of the network, and extend the life cycle of the network.

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