"Optimizing Data Rate and Energy Delivery in Heterogeneous Radio-Freque" by Muhammad Zeeshan Sarwar
Wireless Power Transfer (WPT) will be a key enabler of Internet-of-Things (IoT) networks that consist of low-power devices that harvest energy from Radio Frequency (RF) signals emitted by base stations or access points. Hence, future networks will likely have both low-power RF-energy harvesting devices as well as legacy users such as laptops. In particular, both devices and users will share the same wireless channel to receive RF energy as well as transmit data. To ensure they share the spectrum efficiently, this thesis considers resource allo- cation problems in Orthogonal Frequency Division ...
Source: uow.edu.au