Integrated Protocol for Objective Pain Assessment. - Maria Ghita; Mihaela Ghita; Clara M. Ionescu; Dana Copot (PhyCS, 2018)

Experimental Measurement of Pain Stimulus Effects in Skin Impedance. - Maria Ghita; Mihaela Ghita; Dana Copot; Martine Neckebroek; Clara M. Ionescu (CSCS, 2019)

Electrical circuits to mimic respiratory diseases: an interdisciplinary bachelor project. - Maria Ghita; Jasper Juchem; Mihaela Ghita; Isabela Roxana Birs; Ricardo Cajo; Dana Copot; Clara M. Ionescu (ICCMA, 2019)

Distributed model predictive control for hypnosis-hemodynamic maintenance during anesthesia. - Dana Copot; Frederik Kusse; Maria Ghita; Mihaela Ghita; Martine Neckebroek; Anca Maxim (ICSTCC, 2019)

Experimental validation of a hypothesis for lung tumour dynamic characterisation*. - Ioana D. Vasile; Maria Ghita; Dana Copot; Radu Dobrescu; Clara M. Ionescu (ICSTCC, 2019)

Detection and evaluation of events in EEG dynamics in post-surgery patients with physiological-based mathematical models. - Eva-Henrietta Dulf; Maria Ghita; Clara M. Ionescu (SMC, 2019)

A medical information system for monitoring respiratory function and related nonlinear dynamics. - Mihaela Ghita; Dana Copot; Maria Ghita; Clara M. Ionescu (SMC, 2019)

A Low Computational Cost, Prioritized, Multi-Objective Optimization Procedure for Predictive Control Towards Cyber Physical Systems. - Clara M. Ionescu; Ricardo Cajo; Shiquan Zhao; Mihaela Ghita; Maria Ghita; Dana Copot (IEEE Access, 2020)

Robust controller design: Recent emerging concepts for control of mechatronic systems. - Clara M. Ionescu; Eva-Henrietta Dulf; Maria Ghita; Cristina I. Muresan (J. Frankl. Inst., 2020)

Outlining the Landscape of Personalized Lung Cancer Treatment in the Era of Cyber-Physical Systems*. - Maria Ghita; Dana Copot; Dirk Verellen; Clara-Mihaela Ionescu (ICCAD, 2021)

Pharmaco-impedance modelling for lung cancer therapy with predictive control. - Maria Ghita; Dana Copot; Robin De Keyser; Clara M. Ionescu (ICSC, 2021)

Parametric models for monitoring respiratory properties in lung cancer. - Maria Ghita; Dana Copot; Mihaela Ghita; Dirk Verellen; Clara-Mihaela Ionescu (ICSTCC, 2021)

Online identification of pain model in postanesthesia care unit for drug infusion optimization. - Mihaela Ghita; Dana Copot; Maria Ghita; Duarte Valério; Clara M. Ionescu (ICSTCC, 2021)

Perspectives on Hybrid Control of the Anesthesia-Hemodynamic System in the Pandemic Context. - Mihaela Ghita; Martine Neckebroek; Dana Copot; Maria Ghita; Antonio Visioli; Clara M. Ionescu (MED, 2021)

On the relative degree of perturbed nonlinear systems. - Dániel András Drexler; Maria Ghita; Levente Kovács (ASCC, 2022)

A robust self-tuning PID-type control for time-varying process in the pharmaceutical industry. - Mihaela Ghita; Dana Copot; Maria Ghita; Isabela Roxana Birs; Cristina I. Muresan; Robin De Keyser; Clara M. Ionescu (ASCC, 2022)

A low-order approximation method for fractional order PID controllers. - Isabela Roxana Birs; Cristina I. Muresan; Maria Ghita; Clara M. Ionescu; Robin De Keyser (CDC, 2022)

Lumped Parametric Model for Skin Impedance Data in Patients with Postoperative Pain. - Mihaela Ghita; Maria Ghita; Dana Copot; Isabela Roxana Birs; Cristina I. Muresan; Clara M. Ionescu (EMBC, 2022)

Local Anomalous Drug Diffusion at Healthy-Cancer Tissue Surface and Data-Driven Tumor Growth Model Prediction *. - Maria Ghita; Dana Copot; Charlotte Billiet; Dirk Verellen; Clara M. Ionescu (ACC, 2023)

Context-Aware Control for Quality Improvement in Liquid Steel Manufacturing. - Isabela Roxana Birs; Cristina I. Muresan; Mircea Susca; Vlad Mihaly; Mihaela Ghita; Maria Ghita; Robin De Keyser; Clara M. Ionescu (CCTA, 2023)

Event-Based Fractional Order MIMO Control for Hemodynamic Stabilization During General Anesthesia. - Isabela Roxana Birs; Cristina I. Muresan; Mihaela Ghita; Maria Ghita; Ioana Nascu; Clara M. Ionescu (SMC, 2023)

Model-Based Regional Control with Anomalous Diffusion of Multi-Drug Combined Cancer Therapy for Volume Predictions. - Clara-Mihaela Ionescu; Maria Ghita (Symmetry, 2023)

Parameterisation of Respiratory Impedance in Lung Cancer Patients From Forced Oscillation Lung Function Test. - Maria Ghita; Charlotte Billiet; Dana Copot; Dirk Verellen; Clara M. Ionescu (IEEE Trans. Biomed. Eng., 2023)