An 863-870 MHz spread-spectrum FSK transceiver design for wireless sensor. - Hatem Trabelsi; Ghazi Bouzid; Faouzi Derbel; Mohamed Masmoudi (Microelectron. J., 2010)

Design of a zero crossing BFSK demodulator for a wireless sensor. - Amel Neifar; Hatem Trabelsi; Ghazi Bouzid; Mohamed Masmoudi (DTIS, 2012)

A new UWB pulse shaping for IEEE 802.15.4a. - Imen Barraj; Hatem Trabelsi; Mohamed Masmoudi; Abdelkader Bouzid; Ali Djebou (SSD, 2013)

3.1-5GHz IEEE 802.15.4a impulse radio UWB receiver specifications. - Imen Barraj; Hatem Trabelsi; Ghazi Bouzid; Mohamed Masmoudi (ATSIP, 2014)

Design of Ultra Wideband oscillator in 0.18 μm standard CMOS technology. - Amel Neifar; Ghazi Bouzid; Hatem Trabelsi; Mohamed Masmoudi (ATSIP, 2014)

New fuzzy bi-clustering technique applied to the voltage stabilization of an electrical network. - Kamel Jemai; Hatem Trabelsi; Abdelaziz Ouederni (J. Intell. Fuzzy Syst., 2014)

On/off wide tuning range voltage controlled ring oscillator for UWB pulse generator. - Imen Barraj; Amel Neifar; Hatem Trabelsi; Mohamed Masmoudi (SSD, 2016)

Synchronization of the Liu chaotic system and its application in secure communication. - Mohamed Adnen Souaia; Hatem Trabelsi; Kamel Ben Saad (ICCAD, 2017)

Analysis and Optimization of Voltage-Driven Double-Balanced Passive Mixer for MICS Band Receiver. - Mouna Bettaieb; Ghazi Bouzid; Saif Benali; Hatem Trabelsi (J. Circuits Syst. Comput., 2019)

Analysis of device mismatches effect on the performance of UWB-Ring VCO. - Saif Benali; Hatem Trabelsi (SSD, 2020)

A Broadband High Gain, Noise-Canceling Balun LNA with 3-5 GHz UWB Receivers for Medical Applications. - Thaar A. Kareem; Hatem Trabelsi (Int. J. Online Biomed. Eng., 2022)

Design and Device Mismatch Analysis of CSS-UWB Pulse Generator. - Saif Benali; Imen Barraj; Hatem Trabelsi (J. Circuits Syst. Comput., 2022)

Analysis of Device Mismatches Effect on the Performance of UWB Receiver Front-End in Wireless Body Area Network Sensor Nodes. - Thaar A. Kareem; Saif Benali; Hatem Trabelsi (Int. J. Interact. Mob. Technol., 2023)