Surface Impedance Mapping Using Sferics. - Gavin T. Mogensen; Hugo G. Espinosa; David Victor Thiel (IEEE Trans. Geosci. Remote. Sens., 2014)

A preliminary approach for swimming performance analysis of FISDIR elite athletes with intellectual impairment using an inertial sensor. - Teodorico Caporaso; Matthew Worsey; Hugo G. Espinosa; David Victor Thiel; Angela Palomba; Stanislao Grazioso; Dario Panariello; Giuseppe Di Gironimo; Antonio Lanzotti (MetroInd4.0&IoT, 2020)

Modeling the Surface Field From an Ingested Radio Transmitter With an Approximate Attenuation Model for Gastroenterology Investigations. - Yana A. Salchak; Hugo G. Espinosa; David Victor Thiel (IEEE Trans. Biomed. Eng., 2020)

Miniature Convoluted FSS for Gain Enhancement of a Multiband Antenna. - Garth D. Catton; Hugo G. Espinosa; Aliya A. Dewani; Steven G. O'Keefe (IEEE Access, 2021)

Ultra-Thin Broadband Transmission FSS for Linear Polarization Rotation. - Nickolas M. Littman; Steven G. O'Keefe; Amir Galehdar; Hugo G. Espinosa; David Victor Thiel (IEEE Access, 2021)

Surface Electric Field Variations Due to Different Human Postures for Wireless Endoscopy Applications. - Yana A. Salchak; Noor M. Albadri; Matthew Worsey; Hugo G. Espinosa; David Victor Thiel (IEEE Trans. Instrum. Meas., 2021)

A Preliminary Investigation into the Factors Impacting Tyre Failure in Wheelchair Basketball. - Rajtilak Kapoor; Hugo G. Espinosa; David D. Rowlands (icSPORTS, 2022)

In-vivo Experimental Validation of the Attenuation Path Loss Model for Localization of Wireless Implanted Transmitters at 2.45 GHz. - Yana A. Salchak; Noor M. Albadri; Tracey Bjorkman; Cora Lau; Esmaeil S. Nadimi; Peter Bollen; Hugo G. Espinosa; David Victor Thiel (IEEE Access, 2022)

In-Line Wood Defect Detection Using Simple Scalar Network Analyzer. - Mohamed Radwan; Noah Becker; David Victor Thiel; Hugo G. Espinosa (Sensors, 2022)

AI Enhanced Resistance Training: Segmentation and Velocity Tracking Using Computer Vision. - Quang Dang Huynh; Joel Dedini; David D. Rowlands; Andrew Busch; Belinda Schwerin; Hugo G. Espinosa (DICTA, 2023)

Interpreting the location data extracted from the Apple Health database. - Luke Jennings; Matthew Sorell; Hugo G. Espinosa (Forensic Sci. Int. Digit. Investig., 2023)

The provenance of Apple Health data: A timeline of update history. - Luke Jennings; Matthew Sorell; Hugo G. Espinosa (Digit. Investig., 2024)