Jihad Hamie

Publication Activity (10 Years)

Years Active: 2012-2024
Publications (10 Years): 3

Top Topics

Received Signal Strength

Top Venues

Mob. Networks Appl.

Publications

Muhammad Idham Habibie, Claire Goursaud, Jihad Hamie
Quantum Minimum Searching Algorithms for Active User Detection in Wireless IoT Networks. IEEE Internet Things J. 11 (12) (2024)
Muhammad Idham Habibie, Jihad Hamie, Claire Goursaud
A Performance Comparison of Classical and Quantum Algorithm for Active User Detection. SPAWC (2022)
Jihad Hamie, Ali Hamieh, Joumana Younis, Moussa Ammar, Ahmad Ahmad-Kassem, Ahmad Skaiky, Ali Hamie, Abbass Nasser, Hani Abdallah
On the Cramer-Rao Lower Bounds of Ranging Based on IR-UWB TOA Estimation in Wirelessbody Area Networks. NTMS (2018)
Jihad Hamie, Benoît Denis, Raffaele D'Errico, Cédric Richard
On-body TOA-based ranging error model for motion capture applications within wearable UWB networks. J. Ambient Intell. Humaniz. Comput. 6 (5) (2015)
Jihad Hamie, Anis Ouni, Claude Chaudet
Is cooperative localization in wireless body area networks accurate enough for motion capture applications? SECON (2015)
Anis Ouni, Jihad Hamie, Claude Chaudet, Arturo Guizar, Claire Goursaud
From the Characterization of Ranging Error to the Enhancement of Nodes Localization for Group of Wireless Body Area Networks. ADHOCNETS (2015)
Jihad Hamie, Benoît Denis, Cédric Richard
Decentralized Positioning Algorithm for Relative Nodes Localization in Wireless Body Area Networks. Mob. Networks Appl. 19 (6) (2014)
Jihad Hamie, Claude Chaudet, Benoît Denis
Improved Navigation Capabilities in Groups of Cooperative Wireless Body Area Networks. BODYNETS (2014)
Jihad Hamie, Benoît Denis, Cédric Richard
Joint motion capture and navigation in heterogeneous Body Area Networks with distance estimation over neighborhood graph. WPNC (2013)
Jihad Hamie, Benoît Denis, Raffaele D'Errico, Cédric Richard
Empirical modeling of intra-BAN ranging errors based on IR-UWB TOA estimation. BODYNETS (2012)
Jihad Hamie, Benoît Denis, Cédric Richard
Nodes updates censoring and scheduling in constrained decentralized positioning for large-scale motion capture based on wireless body area networks. BODYNETS (2012)