A 4-91 GHz distributed amplifier in a standard 0.12 μm SOI CMOS microprocessor technology. - Jean-Olivier Plouchart; Jonghae Kim; Noah Zamdmer; Liang-Hung Lu; Melanie Sherony; Yue Tan; Robert A. Groves; Robert Trzcinski; Mohamed Talbi; Asit Ray; Lawrence F. Wagner (CICC, 2003)

A 31 GHz CML ring VCO with 5.4 ps delay in a 0.12-μm SOI CMOS technology. - Jean-Olivier Plouchart; Jonghae Kim; Noah Zamdmer; Melanie Sherony; Yue Tan; Meeyoung Yoon; Mohamed Talbi; Asit Ray; Lawrence F. Wagner (ESSCIRC, 2003)

A power-optimized widely-tunable 5-GHz monolithic VCO in a digital SOI CMOS technology on high resistivity substrate. - Jonghae Kim; Jean-Olivier Plouchart; Noah Zamdmer; Melanie Sherony; Yue Tan; Meeyoung Yoon; Robert Trzcinski; Mohamed Talbi; John Safran; Asit Ray; Lawrence F. Wagner (ISLPED, 2003)

Application of an SOI 0.12-µm CMOS technology to SoCs with low-power and high-frequency circuits. - Jean-Olivier Plouchart; Noah Zamdmer; Jonghae Kim; Melanie Sherony; Yue Tan; Asit Ray; Mohamed Talbi; Lawrence F. Wagner; Kun Wu; Naftali E. Lustig; Shreesh Narasimha; Patricia O'Neil; et al. (IBM J. Res. Dev., 2003)

A 4-91-GHz traveling-wave amplifier in a standard 0.12-μm SOI CMOS microprocessor technology. - Jean-Olivier Plouchart; Jonghae Kim; Noah Zamdmer; Liang-Hung Lu; Melanie Sherony; Yue Tan; Robert A. Groves; Robert Trzcinski; Mohamed Talbi; Asit Ray; Lawrence F. Wagner (IEEE J. Solid State Circuits, 2004)

A Novel Approach for Detecting Community Structure in Networks. - Mohamed Bouguessa; Rokia Missaoui; Mohamed Talbi (ICTAI, 2014)

Modeling and predicting cascading removal phenomenon over social networks. - Amir Hossein Razavi; Dyah Anggraini; Rokia Missaoui; Jean Vaillancourt; Mohamed Talbi (Soc. Netw. Anal. Min., 2014)