Theoretical studies of long length and high bit rate optical system. - Sami Triki; Monia Najjar; Houria Rezig (ICECS, 2005)

OFFH-CDMA Merged M-Sequence/Hyperbolic Code for Two Weights One Length WDM System. - Moez Ferchichi; Monia Najjar; Houria Rezig (ICSNC, 2008)

Pulse reflection of tunable Fiber Bragg Grating WDM filter. - Moez Ferchichi; Monia Najjar; Houria Rezig (ICT, 2010)

Comparison of the Design Characteristics of MMI Wavelength Demultiplexers Using Different Approaches by Computing the Effective Index. - Monia Najjar; R. Rejeb; Houria Rezig; Mohammad S. Obaidat (J. Networks, 2011)

Slow light optimization in symmetric photonic crystal waveguide with elliptical holes. - Zaineb Gharsallah; Monia Najjar; Vijay Janyani (APCC, 2016)

Performance analysis of a 2 Tb/s DWDM system based on narrow channel spacing and multi-diagonal code. - Sana Rebhi; Monia Najjar; Houria Rezig (APCC, 2016)

Optimisation of second harmonic generation by using photonic crystal cavity. - Makni Sana; Monia Najjar; Taoufik Aguili (APCC, 2016)

Optimization of photonic crystal laser cavity for DWDM applications. - Cheima Khalfa; Monia Najjar; Houria Rezig (CoDIT, 2017)

Optimisation of optical demultiplexer based on photonic crystal resonant cavities. - Monia Najjar; Massoudi Radhouene; Vijay Janyani (CoDIT, 2017)

Performance enhancement of OCDMA system based on 3D-Multi-Diagonal codes. - Nabiha Jellali; Moez Ferchichi; Monia Najjar (IWCMC, 2017)

Design and analysis of a 2Tb/s UDWDM system based on the combination of advanced modulation techniques and multi-diagonal code. - Sana Rebhi; Monia Najjar (IWCMC, 2017)

Slow light and dynamic buffer capability in two different photonic crystal waveguides. - Zaineb Gharsallah; Monia Najjar; Vijay Janyani (SoftCOM, 2017)

Development of a Three Dimensional Multi-Service/Multi-Diagonal Code for OCDMA System. - Nabiha Jellali; Moez Ferchichi; Monia Najjar (SoftCOM, 2018)

Performance Enhancement of Spectral Multi Diagonal Code by Incorporating Polarization Multiplexing. - Nabiha Jellali; Moez Ferchichi; Monia Najjar (GIIS, 2019)

Low Latency Dynamic Bandwidth Allocation Algorithms for NG-PON2 to Support 5G Fronthaul and Data Services. - Aziza Zaouga; Amaro de Sousa; Monia Najjar; Paulo P. Monteiro (ICTON, 2019)

Performance of Three Dimensional Diagonal Eigenvalue Unity/Multi-Diagonal Code for OCDMA System. - Nabiha Jellali; Moez Ferchichi; Monia Najjar (SoftCOM, 2019)

Performance enhancement of the 3D OCDMA system by using dynamic cyclic shift and multi-diagonal codes. - Nabiha Jellali; Monia Najjar; Moez Ferchichi; Vijay Janyani (Photonic Netw. Commun., 2019)

Low crosstalk and small size 12-channel WDM demultiplexer based on 2D photonic crystal. - Massoudi Radhouene; Monia Najjar; Nikhildeep Gupta; Vijay Janyani (IWCMC, 2020)

Novel design superelliptic photonic crystal ring resonator based on channel drop filter. - Massoudi Radhouene; Monia Najjar; Vijay Janyani (IWCMC, 2020)

Tunable C and L Bands Demultiplexer Based On Photonic Crystal Ring Resonator. - Massoudi Radhouene; Monia Najjar; Vijay Janyani (IWCMC, 2020)

Slow-Light performance enhancement of delay line based on arced photonic crystal waveguide. - Zaineb Gharsallah; Massoudi Radhouene; Monia Najjar; Bhuvneshwer Suthar (APCC, 2022)

Dynamic Bandwidth Allocation for NG-PONs With Channel Bonding. - Aziza Zaouga; Amaro de Sousa; Monia Najjar; Paulo P. Monteiro (IEEE Commun. Lett., 2022)

Performance Enhancement of Optical 4×2 Encoder Based on Hourglass-Shaped Photonic Crystal Ring Resonator. - Wafa Mehrez; Monia Najjar (ICT, 2023)

Design of a Rocket-Shaped 2D Photonic Crystal Coupler for Ultra-Compact 4x2 Encoder. - Wafa Mehrez; Monia Najjar (APCC, 2024)

High sensitive Biosensor for Glucose Detection based on Photonic Crystal Microcavity. - Abdelaziz Ould Bahammou; Monia Najjar (CoDIT, 2024)

Ultra Compact and High Contrast Ratio 4x2 Encoder Based on 2D Photonic Crystal Coupler. - Wafa Mehrez; Monia Najjar (ISNCC, 2024)

High sensitive Diamond-shaped ring resonator Biosensor for Tuberculosis Diagnosis. - Abdelaziz Ould Bahammou; Monia Najjar (IWCMC, 2025)