Tuned Decision Trees Catch Black Hole Attacks in IoT Networks With 98.71% Accuracy
Researchers in India report that a Bayesian-optimized decision tree detects black hole attacks in RPL-based IoT networks with 98.71% accuracy, ...
Researchers in India report that a Bayesian-optimized decision tree detects black hole attacks in RPL-based IoT networks with 98.71% accuracy, ...
Researchers have developed xAutoGA, an open-source automated deep learning platform that uses a genetic algorithm, natural-selection visualizations, rule extraction, and ...
Researchers in India have built an AI framework that classifies respiratory audio with over 96 percent accuracy, offering a non-invasive ...
Researchers in India have combined moth-inspired optimization, differential evolution and attention-based TabNet to predict vehicle maintenance failures with 97.6 percent ...
Researchers have developed a PSO-optimized stacking ensemble that estimates three-phase inverter voltages sensorlessly with errors below 1.6 percent across a ...
A matched-budget study of LoRA fine-tuning finds that genetic algorithms and other search optimizers offer no consistent advantage over well-tuned ...
Researchers trained five machine learning models on 3,185 measurements to predict the refractive index of surfactant-containing lithium bromide solutions with ...
Researchers in South Korea have developed a temporal convolutional network that forecasts dam storage six months in advance, doubling the ...
A new scientometric review maps the rapid rise of research combining genetic algorithms with generative adversarial networks, revealing explosive growth ...
Researchers developed optimized hybrid XGBoost models that accurately predict blast-induced flyrock distances at Iran's Sungun Copper Mine while identifying powder ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine