Experimentally validated computational pipeline of ultrasound propagation and neuron-coupling for non-invasive peripheral nervous system stimulation

Computational Modeling of Optogenetic Neuromodulation and Neural Recording for Treatment of Temporal Lobe Epilepsy

Computational Modeling of Ultrasonic Neuromodulation

Computational modelling of ultrasound neurostimulation

Modeling and design of a closed-loop neurostimulation platform for epilepsy treatment

Sub-Terahertz radio channel modelling and ultra-wideband radar

6G field propagation and exposure modelling in real environments

Computational modeling of ultrasound neuromodulation for epilepsy treatment

Doctoral project Cedric De Cock

Doctoral project Mohammed Samoudi

Doctoral project Sunil Raut Kshetri

Neuromodulation for tinnitus treatment: computational modelling and experimental validation

The design of algorithms for using communication signals for sensing

Towards Ubiquitous Wireless Indoor Positioning and Tracking

Ultrasound neurorecording for the treatment of epilepsy

Wireless Radio Channel Modelling for Vehicular and Indoor Applications

An Inclusive Multi-compartment Model for Ultrasound-evoked Neuronal Excitability (IMMUNE)

Assessment of human exposure to intermediate-frequency electromagnetic fields originating from wireless power transfer systems

Closed-loop Ultrasound Neuromodulation with Deep Reinforcement Learning

Elucidating the fundamental questions of deep brain stimulation in temporal lobe epilepsy: Where and How to stimulate?

Soft and flexible technologies for electrical and optical modulation of the epileptic brain.

Explanatory multi-compartmental computational model for the underlying mechanisms of ultrasonic neuromodulation

Non-invasive combined electrical and acoustical deep brain stimulation

Radio Channel Modelling in Industrial Environments for MIMO Communication Systems

A data-driven, multi-faceted digital communication twin for wireless network analysis and management