From sensor to inference: end-to-end chip design for wearable and implantable biomedical applications. - Jonah Van Assche; Marco Francesco Carlino; Mark Daniel Alea; Sergio Massaioli; Georges G. E. Gielen (BioCAS, 2023)

Highly-Digital 0.0018-mm2/channel Multiplexed Neural Frontend with Time-Based Incremental ADC for In-Brain-Stroke-Cavity LFP Monitoring. - Marco Francesco Carlino; Sergio Massaioli; Georges G. E. Gielen (BioCAS, 2023)

A Comparative Study of Switch-Mode and Constant-Current Methods for High-Efficiency Neural Stimulation. - Sergio Massaioli; Georges G. E. Gielen (SMACD, 2025)

A Fully-Integrated Many-Electrodes Pulsed-Voltage Control Architecture for Arbitrary-Waveform Neural Stimulation With High Energy Efficiency. - Sergio Massaioli; Marco Francesco Carlino; Georges G. E. Gielen (IEEE Trans. Circuits Syst. I Regul. Pap., 2025)