Abstract ▼ AI-Helper

Achieving the power efficiency performance among the smartphone to the wireless charging device on wireless power transfer (WPT) by computing and communicating a wide range of ubiquitous internet-of-things application. The wireless powering with device discovery method presents a robust, reliable ap...

Achieving the power efficiency performance among the smartphone to the wireless charging device on wireless power transfer (WPT) by computing and communicating a wide range of ubiquitous internet-of-things application. The wireless powering with device discovery method presents a robust, reliable approach for providing device-to-device energy to communicate based on proximity services (ProSe). This paper focus on determining the performance with a resonant coupling circuits on increasing wireless powering range energy efficiency at the system level. WPT-solving algorithm is made to find the way out to avoid an issue happened on the charging performance of the smartphone to the wireless charging device. The main problem for WPT is to maintain the performance itself which is investigated in this paper. A simple WPT application will be used to evaluated by examining the performance and the result shows that the WPT application can control the performance of the smartphone to the wireless charging device wirelessly.