Purdue researchers developed HARVEST, a wireless passive sensor system that monitors subsoil conditions to help farmers use ...
Accurate measurement of soil NO₃⁻-N is essential for precision fertilization and stable crop yields. Real-time monitoring of ...
Microchip’s inductive wireless charging reference designs makes it easier to design wireless power transfer systems for consumer devices and e-mobility.
Abstract: The challenge of establishing an information-sharing network to optimize network capacity has arisen with the emergence of sensor nodes with enhanced communication and sensing capabilities.
Abstract: Wireless Powered Underground Sensor Networks (WPUSNs) extend the lifetime of underground Internet of Things (IoT) through Radio Frequency (RF) harvesting technology. However, severe ...
A new low-power sensor node framework combines sensing and machine learning, with the potential to enhance real-time ...
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