A behavioral and temperature measurements-based modeling of an operational amplifier using VHDL-AMS. - Sahbi Baccar; Timothée Levi; Dominique Dallet; Vladimir Shitikov; François Barbara (ICECS, 2010)

Modeling Methodology for Analog Front-End Circuits Dedicated to High-Temperature Instrumentation and Measurement Applications. - Sahbi Baccar; Timothée Levi; Dominique Dallet; Vladimir Shitikov; François Barbara (IEEE Trans. Instrum. Meas., 2011)

Modeling and simulation of an instrumentation amplifier in high temperature using a VHDL-AMS op-amp model. - Sahbi Baccar; Timothée Levi; Dominique Dallet; François Barbara (NEWCAS, 2014)

Sentiment Analysis Using Machine Learning Algorithms. - Fatma Jemai; Mohamed Hayouni; Sahbi Baccar (IWCMC, 2021)

5G Ambient Backscatter Communications: Achievable Range and Power Levels in an Urban Environment. - Mariem Lefki; Sahbi Baccar; Hanen Shall; Mohamed Ghorbel; Moncef Kadi (RFID-TA, 2022)

A First Prototype of an Ambient Backscatter Communication Tag Working in 5G-NR Frequency: Experimental Test and Power Levels Measurements. - Mariem Lefki; Sahbi Baccar; Moncef Kadi; Hanen Shall; Mohamed Ghorbel (RFID-TA, 2024)

A Neural Network-Empowered Inverse FSS Design and Synthesis Approach for 5G Shielding Applications. - Hanen Shall; Hiba Hawess; Sahbi Baccar; Moncef Kadi (IEEE Access, 2024)

Development and Validation of a Low-Cost, Low-Power Patient Monitoring System Using AmBC Technique. - Moni Sankar Saha; Mariem Lefki; Sahbi Baccar; Moncef Kadi (SSD, 2025)