People


Jihad Hamie

Jihad Hamie
Institution: 
Groups: 
Former post-doc

Books And Theses

Articles

Adaptation de l’algorithme quantique de Grover à la détection multi-utilisateurs dans un système OCDMA,
Muhammad Idham Habibie, Jihad Hamie, Claire Goursaud,
GRETSI 2023 - XXIXème Colloque Francophone de Traitement du Signal et des Images 2023, Grenoble, France
A Performance Comparison of Classical and Quantum Algorithm for Active User Detection,
Muhammad Idham Habibie, Jihad Hamie, Claire Goursaud,
SPAWC 2022, Oulu, Finland
Comparaison des performances des algorithmes classiques et quantiques pour la détection dans un système NOMA,
Muhammad Idham Habibie, Jihad Hamie, Claire Goursaud,
GRETSI 2022 - XXVIIIème Colloque Francophone de Traitement du Signal et des Images 2022, Nancy, France
Adaptation of Grover's Quantum Algorithm to Multiuser Detection in an OCDMA System,
Muhammad Idham Habibie, Jihad Hamie, Claire Goursaud,
SOFTT 2021 - IEEE 5th Symposium on Future Telecommunication Technologies 2021, Bandung, Indonesia
On the Cramer-Rao Lower Bounds of Ranging Based on IR-UWB TOA Estimation in Wirelessbody Area Networks,
Jihad Hamie, Ali Hamieh, Joumana Younis, Moussa Ammar, Ahmad Ahmad Kassem, Ahmad Skaiky, Ali Hamie, Abbass Nasser, Hani Abdallah,
NTMS 2018
Radio-Based Navigation and Posture Detection Experiments in Cooperative Wireless Body Area Networks,
Benoît Denis, Jihad Hamie , Claude Chaudet ,
IEEE International Conference on Electronics Circuits and Systems (IEEE ICECS’14), Workshop on Emerging Techniques and Architectures in BAN Systems and Applications, 2014, Marseille, France
Empirical modeling of intra-BAN ranging errors based on IR-UWB TOA estimation,
Jihad Hamie, Benoit Denis, Raffaele Derrico, Cedric Richard,
BODYNETS 2012

Journal articles

Quantum Minimum Searching Algorithms for Active User Detection in Wireless IoT Networks,
Muhammad Idham Habibie, Claire Goursaud, Jihad Hamie,
IEEE Internet of Things Journal 2024
On-body TOA-based ranging error model for motion capture applications within wearable UWB networks,
Jihad Hamie, Benoit Denis, Raffaele Derrico, Cedric Richard,
J. Ambient Intell. Humaniz. Comput. 2015
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