Research Projects
“Telecommunications and Cryptography of Physical Layer Using Electric Circuits
that exhibit Chaotic Behavior”, Archimedes I, funded by the Ministry of
Education, EPEAEK-II (February 2004 –August 2006
“Framework creation and software development for the control of integrated
services of digital telecommunication public switches for IP users”, funded by
the General Secretariat of Research and Technology (GSRT) and Siemens A.E.
(PAVE-99, EPET-II) (Jan. 1999 – Jun. 2001)
“Study of wireless architectures based on IP technology”, funded by the General
Secretariat of Research and technology (GSRT) (PENED-99, EPET-II) (Jan. 1999 –
Jun. 2001)
“Platform development for the evaluation of xDSL technologies”, funded by the
TEI of Athens (Jan. 1999 – Feb. 2002)
“Platform development for the assessment of information management techniques in
Wireless Sensor Networks”, funded by the TEI of Athens (Jan. 1999 – Feb. 2002)
“Resource Management techniques for capacity improvement in Mobile Communication
Networks with QoS guarantees”, Archimedes I, funded by the Ministry of Education,
EPEAEK-II (February 2004 –August 2006)
Members of the group participated in the European
projects
RAINBOW (RAdio Independent Broadband on Wireless, ACTS project), which aimed in
the development of the Universal Mobile Telecommunication System (UMTS).
WAND (Wireless ATM Network Demonstrator, ACTS project), which aimed in the
development of wireless local area networks for ATM mobile terminals.
WINE (Wireless Internet Network, IST Project) which aimed in optimizing IP
traffic over wireless networks
PoLoS (integrated Platform for Location-based Services, IST project) targeting
to the development of middleware platform for LBS creation deployment and
provision.
(http://p-comp.di.uoa.gr/projects.jsp)
EURO-CITI (IST project) which aimed in the development of new transaction
services like (tele-voting, tele-consulting etc.) in e-government domain.
SCIER (Sensor & Computing Infrastructure for Environmental Risks), IST FP6 (Strep)
which aimed at the development of a GIS system based on GRID technologies and
Wireless Sensor Network for the early detection of natural hazardous phenomena.