A predictive fatigue-aware supervisory control framework using low-cost onboard sensors reduced peak motor current and mechanical vibration in mobile robots ...
Researchers have developed an ESP32-powered smart glove that translates hand gestures into synchronized speech and text with 96.2 percent accuracy ...
A study combining physical interference emulation and network simulations shows channel hopping improves wireless sensor reliability while revealing a clear ...
A simulation study reports that an AI-managed electric vehicle charging hub combining solar power, battery storage, LSTM demand forecasting and ...
Engineers in Pakistan have built and field-tested a solar-powered, IoT-connected agricultural robot that digs, sows, irrigates and cuts crops, achieving ...
Researchers combined a low-cost IoT monitoring prototype with a Bayesian-optimized XGBoost model that achieved the highest accuracy and fastest computation ...
Researchers have unveiled a solar-powered wireless sensor mesh architecture in which a single node monitors ten streetlights, detecting faulty bulbs, ...
A massive 641-run study shows that trust-weighted federated learning can keep a tiny on-device IoT intrusion detector accurate under non-IID ...
Researchers have built Tiny-STM, a 68.4-kilobyte LSTM controller with a simple coordinate memory that lets an ESP32 microcontroller track objects ...
Researchers in India have shown that a low-cost electrochemical soil sensor combined with a soil-aware XGBoost calibration model can estimate ...
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