A hybrid Gauss-Markov and learning-based mobility model guides power allocation in dynamic VCSEL indoor OWC networks, yielding more accurate allocation and higher energy efficiency than conventional schemes in simulations.
Intelligent reflecting surfaces assiste d laser-based optical wireless communication networks
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A hybrid Gauss-Markov LSTM mobility model for indoor OWC outperforms standard Random Waypoint and Gauss-Markov models in prediction accuracy and data rate stability.
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Mobility Aware Power Control for VCSEL Based Indoor OWC
A hybrid Gauss-Markov and learning-based mobility model guides power allocation in dynamic VCSEL indoor OWC networks, yielding more accurate allocation and higher energy efficiency than conventional schemes in simulations.
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A Hybrid Gauss Markov LSTM Mobility Model for Indoor OWC
A hybrid Gauss-Markov LSTM mobility model for indoor OWC outperforms standard Random Waypoint and Gauss-Markov models in prediction accuracy and data rate stability.