Congduc Pham is professor at the university of Pau
in the LIUPPA
laboratory. He is member of the CPSC (Cyber-Physical
System Computing) team in the LIUPPA laboratory.
CongDuc Pham obtained his Ph.D in Computer Science in July 1997 at the LIP6 Laboratory (Laboratoire d’Informatique de Paris 6), University Pierre and Marie Curie. He also received his Habilitation in 2003 from University Claude Bernard Lyon 1. He received a Diplôme d’Etudes Approfondies (DEA) in computer systems from the University Pierre et Marie Curie in 1993. He also obtained the Magistère d’Informatique Appliquée de l’Ile de France in 1993. He spent one year at the University of California, Los Angeles as a post-doctoral fellow with professor R. L. Bagrodia.
From 1998 to 2005, he was associate
professor at the university of Lyon, member of the
INRIA RESO project in the LIP laboratory at the ENS
Lyon. He is now at the university of Pau
and the LIUPPA
laboratory. From Sep. 2006 to July 2009, he was
director of the LIUPPA laboratory. He is consulting in
the domain of network performance and wireless sensor
networks. He is also Scientific Manager of WAZIUP e.V.
non-profit organization on IoT technologies.
Short bio
Dr Congduc Pham is a Professor of Computer Science at the University of Pau (France). He obtained his Ph.D in Computer Science in 1997 at the LIP6 Laboratory (University Paris 6, Pierre and Marie Curie). His current research interests include wireless sensor networking, Internet of Thing, congestion control/resource allocation and QoS for cloud computing infrastructures. He has published more than 140 papers in international conferences and journals, and gave more than 80 tutorials/keynotes and scientific presentations. In H2020 WAZIUP and H2020 WAZIHUB, he was the scientific expert on Internet-of-Thing and LoRa technology and developed the LoRa IoT generic framework used in various projects. He also produced numerous tutorials and IoT kits to be used in hackathons and training sessions. In H2020 HUBIQUITOUS he is leading the deployment of SolutionLab for providing access to IoT and AI disruptive technologies in Digital Innovation Hubs in Africa. He is also coordinating the PRIMA INTEL-IRRIS project on smart irrigation for smallholders and PRIMA RESILINK to increase smallholder's resilience. Both projects target digital platforms, lowt-cost IoT and AI technologies to address smallholder's concerns.
LoRa
technologies for long-range Internet-of-Thing
- github: https://github.com/CongducPham/LowCostLoRaGw
- An overview of long-range
technologies (UPDATED MARCH 2018 .pdf)
- Check the page below on the
image sensor. We have a LoRa version of the image
sensor.
Multimedia Information on Wireless Sensor Networks and
Internet of Thing
- An image
sensor board (Arduino Due/MEGA2560 and Teensy3.2)
with a 4DSystem uCamII camera
- see posters on the image sensor
design, on the
integration of a criticality-based scheduling
and on a
multi-camera system.
- A
detailed description of our multimedia test-bed with
source code of the software tools used to transmit
images/audio
- Collaborator
for the EU FP7 EAR-IT
project on acoustic surveillance in Smart Cities
- see IEEE iThing'2013 paper,
TridentCom'2014 paper and this news
from
EAR-IT.
- Documents
- Network
qualification of the SmartSantander
test-bed for multimedia streaming on low-power
- low-resource nodes
(WP1.1: report,
slides)
- Minimum requirements for use of acoustic sensors
(WP1.2: report,
slides)
- Methodology and tools for the measurement and
benchmarking on the use of acoustic sensors (WP1.3: report,
slides)
- Test-bed description (slides)
- Benchmark
you
own test-bed for audio traffic (see slides
on
proposed benchmark procedure)
- Paper on "Communication
performances
of IEEE 802.15.4 wireless sensor motes for
data-intensive applications"
2022-2026 PRIMA S2 2021 RESILINK. Coordinator. Increasing Resilience of Smallholders with Multi-Platforms Linking Localized Resource Sharing. (https://resilink.eu/)
2021-2024 PRIMA S2 2020 INTEL-IRRIS. Coordinator. Intelligent
Irrigation System for Low-cost Autonomous Water
Control in Small-scale Agriculture. (https://intel-irris.eu/)
2021-2024 H2020 ICT-58 HUBIQUITOUS. Paving
the Foundation for Disruptive Technologies in
Tomorrow's Digital Innovation Hubs.
2018-2021 H2020 ICT-39 AFRICA WAZIHUB. Accelerating
Open IoT and Big Data Innovation in Africa (www.wazihub.com)
2014 IRD SPIRALE iSENSE-IT. Tools for
environmental surveillance with wireless sensor
networks. PI: S. Stinckwich, UMMISCO
2014 RNSC CAPFLEXITE (Capteurs, Réel, Complexité).
PI: C. Cambier, UPMC (University Paris 6)
2012-2014 EU FP7 EAR-IT project on acoustic
surveillance in Smart Cities. PI: P. Malo (UNINOVA)
& P. Cousin (EGM)
Journée
thématique
ASR/ResCom "Réseaux de capteurs et applications
critiques de surveillance", RESSACS 2013. Brest,
3-4 juin 2013.
Int.
Workshop
on
Robots and Sensors integration in future
rescue INformation system (ROSIN 2012)
in conjunction with IROS'12,
Villamoura, Portugal. October, 2012.
Journée
thématique
PHC/ResCom
"Réseaux de capteurs et applications critiques
de surveillance" (RESSACS 2012)
Jeudi 7 juin 2012, IUT Bayonne, Parc Montaury.
Voir l'article
dans le Journal du Pays Basque du 6 juin 2012.
Journées
Thématiques
Internationales
sur les Réseaux et Systèmes pour les
Applications Critiques de Surveillance (RSACS
2011)
Oran, Algérie, June 22nd-23rd, 2011.
Journée
thématique
PHC/ResCom
"Réseaux de capteurs et applications critiques
de surveillance" (RESSACS 2011)
Vendredi 17 juin 2011, IUT Bayonne, Parc Montaury.
Int.
Workshop
on
Robots and Sensors integration in future
rescue INformation system (ROSIN 2010)
in conjunction with IROS'10,
Tapei, Taiwan. October, 2010.
Journée
thématique
PHC/ResCom
"Réseaux de capteurs et applications
critiques de surveillance" (RESSACS 2010)
25 juin 2010, IUT Bayonne, Parc Montaury
Special issue of FGCS on "Grid Infrastructure: Practice and Perspectives", Vol. 21(2), February 2005.
Special issue of Annals of Telecoms on "Transport Protocols for Next Generation Networks", Vol. 61(1-2), Jan-Fev 2006.