Projekt
| Titel
| Gefördert durch
| Beschreibung
| ComNets part
|
| IPonAIR | Nahtlose Verbindung selbstkonfigurierender drahtloser Umgebungen | BMBF |
Entwicklungvon
Routing- und Mobilitätsprotokollen für die Integrationderexistierenden
heterogenen Funkstandards zu einer einzigenSchnittstelle
| |
| VIRTUOUS | Virtual Home UMTS on Satellite | EU IST FP5 |
The
VIRTUOUS project aims at identifying, designing and demonstrating a
feasible, pragmatic, smooth migration path towards Terrestrial and
Satellite UMTS (T-S-UMTS).
| |
| DRiVE | Dynamic Radio for IP-Services in Vehicular Environments | EU IST FP5 |
The overall objective of the DRiVE project is:
to enable spectrum efficient high-quality wireless IP in a heterogenous multi-radio environment. to
deliver in-vehicle multimedia-services, which ensure universally
available access to information and support for education and
entertainment.
| |
| FUTURE | FUnctional Umts Real Emulator | EU |
The
FUTURE project aims at adopting recent advances in the Internet arena
in UMTS by exploring applicability of native internet protocols (in
accordance with IETF multimedia data and control architecture) in 3G.
Special emphasis is given to core network consolidation towards a
general purpose multi service UMTS connectivity network, legacy GSM/UMTS
voice service migration to the consolidated packet based UMTS core
network domain, and the introduction of a wide range of optimised
multimedia communication and information services, based on SIP and
Web/WAP techniques. The integration of telephony services with
information services is regarded as base for end-user service
multiplication and will be combined with inherent capabilities of S-UMTS
satellites like wide area coverage, broadcasting, and location
determination. Key functions of the envisaged full service IP based
target UMTS will be identified, designed, and demonstrated, using the
VIRTUOUS Demonstrator as a starting point.
| |
| DELTA | DSRC Electronics implementation for Transportation and Automotive applications | EU |
Serienmässige Integration von DSRC-Ausrästung in Fahrzeuge
| |
| OverDRiVE | Spectrum Efficient Uni- and Multicast Services over Dynamic Multi-Radio Networks in Vehicular Environments | EU IST FP5 |
OverDRiVE
aims at UMTS enhancements and coordination of existing radio networks
into a hybrid network to ensure spectrum efficient provision of mobile
multimedia services. An IPv6 based architecture enables interworking of
cellular and broadcast networks in a common frequency range with dynamic
spectrum allocation (DSA).
|
ComNets
research includes the evaluation of asymmetric and multicast UMTS
configurations. Furthermore, the coexistence of different radio access
technologies in the same and neighboring frequency bands is analyzed.
|
| MultiFunk | | BMBF |
Grundlegende Untersuchungen zur Integration von UMTS- und Rundfunkfrequenzbändern fÜr den mobilen zellualaren Internetzugang
| |
| MultiHop | self-organising wireless networks with multi-hop ability | BMBF | | |
| Coverage | Cellular OFDM system with
Extension Points for increased transmission RAnGE | BMBF |
The
BMBF (Bundesministerium fÜr Bildung und Forschung, Germany) founded
project COVERAGE investigated broadband access to the IP-core-net in
public and semi-public hot spot scenarios for mobile users. The basis
for the investigations were OFDM-systems (Orthogonal Frequency Division
Multiplex) like H/2 (HiperLAN/2) or IEEE802.11a which provide data-rates
up to 54 Mbit/s. OFDM (Orthogonal Frequency Division Multiplex) with
appropriate coding is seen as a candidate for future broadband mobile
systems, as it provides effective means to handle multipath.
We
investigated the potential of these new systems to supplement mobile
networks of the second (2G) and third generation (3G) like GSM, GPRS,
EDGE, UMTS etc. in so called hot spot scenarios like airports, railway
stations, urban places etc..
For this reason we aimed at an
inter-working of e.g. H/2 with cellular systems. The user should be
connected continuously to the IP-core-net, even if he leaves the H/2 hot
spot. We investigated vertical handover mechanisms between different
types of radio systems, based on improved MIP (Mobile IP) IETF
protocols.
One main topic of the project COVERAGE was to
investigate multihop networks to increase the coverage area for one AP
with only moderate infrastructure effort. The multihop network was build
up by so called EPs (Extension Point) which forward data packets
to/from the AP (Access Point) to/from the MTs (Mobile Terminal). The
focus was on high performance solutions, i.e. with respect to overall
throughput, capacity, spectral efficiency, QoS (Quality of Service),
delay, etc. as we wanted to serve public users. For this reason the EPs
were placed on fixed and planned locations to guarantee optimum coverage
for the multihop network.
The duration of the project was from 2000-07-01 to 2003-06-30.
| |
| STRIKE | SpecTRally Efficient FIxed Wireless NetworK basEd on Dual Standards | EU IST FP6 | | |
| NEXWAY | Network of Excellence in Wireless Applications and TechnologY | EU IST FP6 | | |
| WSI | Wireless Strategic Initiative | EU IST FP6 | | |
| ANWIRE | Academic Network of Wireless Internet Research in Europe | EU IST FP6 | | |
| INVENT-VMTL | Intelligenter Verkehr und nutzergerechte Technik | BMBF |
ComNets
entwickelte mobile Lösungen zur Optimierung der Logistikkette auf
derletzten Meile der Paketauslieferung und eine mobile Anwendungen zur
Unterstützung der Boten. Es wurden dabei verteilte Anwendungen auf
XMLWeb Service Basis konzipiert, entickelt und auf mobilen Endgeräten
validiert.
| |
| Sailor | | EU IST FP6 |
The
SAILOR project aimed at identifying, designing and demonstrating
newservices, identified by a proper market analysis, making use
ofinnovative functionalities upon an integrated Terrestrial and
SatelliteUMTS (T/S UMTS) network. This basic work has be developed
incooperation with the major leading European organizations.
Inparticular, SAILOR provided inputs and contributions to the
AdvancedSatellite Mobile Systems S-UMTS task force (ASMS S-UMTS TF),
whose economical and technical groups are now working on the issues
mentionedabove. Furthermore, it targets at contributing to the
activities of therelevant UMTS ETSI and 3GPP standardization groups,
which are involvedin the development of new market scenarios for the 3G
satellitessystems and in the adoption of innovative network tools
targeted tosupport these proposed scenarios.
|
RWTH/ComNets is a partner in the "Satellite Integrated UMTS Emulator" SAILOR
|
| TETRA | Pilotversuch Aachen | ETSI |
Mit
dem Schengener Abkommen haben sich die Europäischen Staaten darauf
verständigt, einheitliche Telekommunikationssysteme für die Behörden und Organisationen mit Sicherheitsaufgaben
(BOS), wie z.B. Polizei, Feuerwehr und Zoll, einzuführen. Auf diese
Weise soll nach dem Wegfall der inner-europäischen Grenzen die
Zusammenarbeit zwischen verschiedenen Ländern, aber auch zwischen
verschiedenen BOS-Organisationen verbessert werden.
| |
| | | | |
