Wuxianchong

Analysis of an adaptive resonant beam charging system for optimizing battery charging in IoT devices through dynamic power control and feedback mechanisms.

Analysis of a dielectric resonator-based WPT system using axial magnetic quadrupole mode for omnidirectional, high-efficiency power transfer with low biological exposure.

A technical analysis of how different media affect capacitive power transfer (CPT) performance compared to inductive methods, including methodology, simulations, and future applications.

Analysis of a novel IPT system using a detuned Class E/EF inverter design to achieve stable output power under weak and variable coupling conditions.

Research on heterogeneous mobile charging using AA Vs and SVs for WRSNs, featuring IHATRPO algorithm with 39% performance improvement over HATRPO.

Research analysis of electromagnetic interference from Apple iPhone 12 and Huawei P30 Pro MagSafe technology on implanted cardioverter defibrillators and clinical implications.

A novel approach using Convolutional Neural Networks to rapidly identify inductance (L) and quality factor (Q) of coils from images, eliminating the need for bulky measurement equipment.

Analysis of a 100 MHz inductive power transfer system using high-Q loop-gap resonators for efficient, field-confined, and interference-immune wireless power transfer.

Analysis of an innovative metasurface approach enabling high-efficiency, free-positioning, and multi-device wireless charging under the Qi standard using a single transmitting coil.

Analysis of VoltSchemer attacks exploiting voltage noise to manipulate commercial wireless chargers, enabling device control, damage, and security bypasses.

EMGesture transforms Qi wireless chargers into contactless gesture sensors using electromagnetic signals, achieving 97% accuracy for privacy-conscious human-computer interaction.

A novel approach leveraging electromagnetic signals from Qi wireless chargers for accurate, privacy-conscious, and cost-effective gesture recognition in human-computer interaction.

An in-depth analysis of wireless charging technologies, standards (Qi, A4WP), and the novel concept of wireless charger networking for mobile devices.

An in-depth analysis of wireless charging technologies, standards (Qi, A4WP), and the novel concept of wireless charger networking for mobile devices.

Analysis of the WKY-Haq oscillator design for low-frequency inductive power transfer, including experimental results, efficiency analysis, and future applications.