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Scientific Article details

Title The Random Neural Network with a Genetic algorithm in Intelligent Buildings
ID_Doc 44344
Authors Serrano, W
Title The Random Neural Network with a Genetic algorithm in Intelligent Buildings
Year 2020
Published
DOI 10.1109/iccece49321.2020.9231095
Abstract The Random Neural Network with a Genetic algorithm and its integration into an Intelligent Building: iBuilding is proposed in this paper. The presented biological method, founded on the Genome, codifies and transmits the information from the Intelligent Building. Furthermore, it also multiplexes its data entirely to generate Clusters of Buildings that are interconnected with each other. The key concept proposed in this paper is that the learned information obtained by iBuilding after its interaction with the environment is never lost when the building is decommissioned or retrofitted but transmitted to future iBuilding generations as distributed organisms. Data is codified in the network weights instead of the neurons, similar as the Genome, in order to enable an Artificial Intelligence evolution in iBuilding. The presented biological algorithm is inserted into an iBuilding model where sensorial neurons distributed within the Intelligent Building collect measurements about its environment and select relevant information. This proposed model has been validated with several research datasets that cover several key scenarios; experimental results demonstrate that the Random Neural Network Genetic Algorithm codifies, transmits and multiplexes iBuilding information to future generations with insignificant error, therefore, successfully creating a cluster of buildings.
Author Keywords Intelligent Building; Smart City; Genetic Algorithm; Neural Networks; Artificial Intelligence
Index Keywords Index Keywords
Document Type Other
Open Access Open Access
Source Conference Proceedings Citation Index - Science (CPCI-S)
EID WOS:000635357200032
WoS Category Engineering, Electrical & Electronic; Telecommunications
Research Area Engineering; Telecommunications
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