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Scientific Literature Adaptive hybrid modulation-control framework for energy-efficient and reliable underwater IoT communication networks
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Adaptive hybrid modulation-control framework for energy-efficient and reliable underwater IoT communication networks
Abstract Underwater IoT (UIoT) communication networks suffer from severe attenuation, multipath fading, limited bandwidth, and high energy consumption, which reduce communication reliability and ne...
Adaptive energy-efficient and secure clustering-based routing architecture for underwater wireless sensor networks in marine environmental and ecosystem monitoring
Introduction Reliable long-term monitoring of coral reefs and other marine ecosystems is limited by the harsh underwater environment, restricted battery capacity of sensor nodes, and the high energ...
Enhancing underwater sensor network security using QKD-enabled acoustic–optical hybrid communication
Underwater Wireless Sensor Networks (UWSNs) function as essential systems which support naval defence operations, environmental monitoring, offshore industrial work and sea-depth exploration activi...
Adaptive Data-Driven Control of Autonomous Underwater Vehicles: Bridging the Gap Between Simulation and Experimental Baseline via LSTM-MPC
This study proposes a robust data-driven control framework, LSTM-MPC, designed to enhance the velocity stabilization of Autonomous Underwater Vehicles (AUVs) operating under stochastic marine distu...
Enabling Subsea IoT Through Power Harvesting, Hybrid Communication, Integrated Sensing, and Resident AUVs
Subsea production systems increasingly rely on continuous monitoring, autonomous inspection, and timely access to operational data to maintain asset integrity, safety, and environmental compliance....
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What is the core focus of the research titled 'Adaptive hybrid modulation-control framework for energy-efficient and reliable underwater IoT communication networks'?
This literature focuses on: Abstract Underwater IoT (UIoT) communication networks suffer from severe attenuation, multipath fading, limited bandwidth, and high energy consumption, which reduce communication reliability and network lifetime. To address these challenges, this ...
Are there open-source GitHub repositories related to Adaptive hybrid modulation-control framework for energy-efficient and reliable underwater IoT communication networks?
Yes, open-source projects like Krishnagangwal/CS-Fundamentals (Curated CS fundamentals for placement prep: DSA,Computer Networks, DBMS & SQL, OOPs, Operating Systems, System Design & Software Engineering) are actively building upon these concepts.
What other academic literature is closely related to 'Adaptive hybrid modulation-control framework for energy-efficient and reliable underwater IoT communication networks'?
Yes, highly correlated activity was mapped. An entry titled 'Adaptive hybrid modulation-control framework for energy-efficient and reliable underwater IoT communication networks' discusses this: Abstract Underwater IoT (UIoT) communication networks suffer from severe attenuation, multipath fading, limited bandwidth, and high energy consumpt...
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