Data level parallelism for H264/AVC baseline intra-prediction chain on MPSoC. - Nidhameddine Belhadj; Nejmeddine Bahri; Mohamed Ali Ben Ayed; Zied Marrakchi; Habib Mehrez (SSD, 2013)

DSP-based down-sampling process using lanczos filter bank. - Amina Kessentini; Nejmeddine Bahri; Nouri Masmoudi; Amine Samet; Mohamed Ali Ben Ayed (ATSIP, 2014)

H.264/AVC high definition intra coding implementation on multiprocessor system on chip technology architecture. - Nidhameddine Belhadj; Nejmeddine Bahri; Zied Marrakchi; Mohamed Ali Ben Ayed; Nouri Masmoudi; Habib Mehrez (IET Comput. Digit. Tech., 2015)

Étude et conception d'un encodeur vidéo H264/AVC de résolution HD sur une plateforme multicœur. (Study and design of an H264/AVC high-definition video encoder on multicore platform). - Nejmeddine Bahri (2015)

Fast motion estimation for HEVC video coding. - Randa Khemiri; Nejmeddine Bahri; Fatma Belghith; Fatma Ezahra Sayadi; Mohamed Atri; Nouri Masmoudi (IPAS, 2016)

SAD and SSE implementation for HEVC encoder on DSP TMS320C6678. - Hassan Kibeya; Nejmeddine Bahri; Mohamed Ali Ben Ayed; Nouri Masmoudi (IPAS, 2016)

Real-time H264/AVC encoder based on enhanced frame level parallelism for smart multicore DSP camera. - Nejmeddine Bahri; Nidhameddine Belhadj; Thierry Grandpierre; Mohamed Ali Ben Ayed; Nouri Masmoudi; Mohamed Akil (J. Real Time Image Process., 2016)

Embedded Real-Time H264/AVC High Definition Video Encoder on TI's KeyStone Multicore DSP. - Nejmeddine Bahri; Thierry Grandpierre; Mohamed Ali Ben Ayed; Nouri Masmoudi; Mohamed Akil (J. Signal Process. Syst., 2017)

Optimisation of HEVC motion estimation exploiting SAD and SSD GPU-based implementation. - Randa Khemiri; Hassan Kibeya; Fatma Ezahra Sayadi; Nejmeddine Bahri; Mohamed Atri; Nouri Masmoudi (IET Image Process., 2018)

Parallel implementation of HEVC encoder on multicore ARM-based platform. - Nejmeddine Bahri; Mohamed Maazouz; Randa Khemiri; Nouri Masmoudi (SSD, 2019)

Optimised HEVC encoder intra-only configuration. - Nejmeddine Bahri; Randa Khemiri (IET Comput. Digit. Tech., 2020)