Research project

"Radio Frequency-Enabled Multi-Source Energy Harvesting in Inaccessible Environments"

Research groups:

Smart Electronic Materials and Systems
Research funder:

Royal Academy of Engineering
Status:

Not active

Collaborating research institutes, centres and groups

Smart Electronic Materials and Systems

Our interests range from nano-scale biological sensors to complete sensor systems.

Research outputs

On the Moisture-Resilience of On-Body Surface Wave Single Wire Transmission Lines (SWTLs)

Mahmoud Wagih

, 2022

Type: conference

Microwave-enabled wearables: underpinning technologies, integration platforms, and next-generation roadmap

Mahmoud Wagih,

Leonardo Balocchi,

Francesca Benassi,

Nuno B. Carvalho,

J.-C. Chiao,

Ricardo Correia,

Alessandra Costanzo,

Yepu Cui,

Dimitra Georgiadou,

Carolina Gouveia,

Jasmin Grosinger,

John S. Ho,

Kexin Hu,

Abiodun Komolafe,

Sam Lemey,

Caroline Loss,

Gaetano Marrocco,

Paul Mitcheson,

Valentina Palazzi,

Nicoletta Panunzio,

Giacomo Paolini,

Pedro Pinho,

Josef Preishuber-Pflugl,

Yasser Qaragoez,

Hamed Rahmani,

Hendrik Rogier,

Jose Romero Lopera,

Luca Roselli,

Dominique Schreurs,

Manos Tentzeris,

Xi Tian,

Russel Torah,

Ricardo Torres,

Patrick Van Torre,

Dieff Vital,

& Steve Beeby

, 2022 , IEEE Journal of Microwaves

DOI: 10.1109/JMW.2022.3223254

Type: review

Body-proximity effects on the input impedance of a complex-conjugate SWIPT textile rectenna

Mahmoud Wagih,

Alex S. Weddell,

& Steve Beeby

, 2022

Type: conference

Watt-level low-SAR near-field wearable wireless power transfer using an all-textile receiver

Mahmoud Wagih,

Abiodun Komolafe,

Alex S. Weddell,

& Steve Beeby

, 2022

DOI: 10.1109/MAP.2021.3121522

Type: conference

Towards multi-mode millimeter wave body area networks for information and power transmission: a co-existence study

Mahmoud Wagih,

Alex S. Weddell,

& Steve Beeby

, 2022

Type: conference