… In this paper, the BS transmit beamformers are jointly designed with either the receive PS …
and power transfer (WIPT). Imposing UE-harvested energy constraints, the design objectives …

… In this section, we first briefly review the existing magnetic beamforming design when the
MII is perfectly known at the TX side. Then, considering the imperfection of the measured and …

… the beamforming design assuming equal power allocation as it is commonly assumed in
conventional systems (LTE-A… gain of unequal power allocation over equal power allocation will …

… advocates the dual use of both artificial noise and energy signals in providing secure
communication and facilitating efficient wireless energy transfer. The algorithm design is …

… Though the corresponding beamforming design problem is non-convex, we solve it globally
… sub-optimal beamforming design to further reduce the complexity of the optimal design. • We …

… propose a joint power waveforming and beamforming in the … signal are designed to maximize
the gain of energy delivery … develop a joint power waveforming and beamforming design …

… sinewave and only considers beamforming design, this paper tackles the joint waveform
and beamforming design. Such a joint waveform and beamforming design leads to a …

… of the joint waveform and beamforming design based on a … beamforming phases are constant
across frequencies, while the FS-IRS is flexible enough to adjust the passive beamforming …

… signal transmission and interference cancelling protocols for the general K-user SISO IFC-SC.
In this paper, we design the optimal linear beamforming vectors for the SWIPT systems in …

… different information/energy receivers. Specifically, we study the joint information and energy
transmit beamforming design to maximize the weighted sum-power transferred to all EH …