Laboratorio Nazionale di Reti Fotoniche Laboratorio Nazionale di Comunicazioni Multimediali Unità di Ricerca Laboratori Nazionali Laboratorio Nazionale di Radar e Sistemi di Sorveglianza • 37 Università consorziate • 3 Laboratori Nazionali • 3 Laboratori di Unità di Ricerca: Comunicazioni satellitari e cognitive (Firenze) Comunicazioni Wireless (Bologna) Reti e comunicazioni satellitari (Genova) • 1 rete satellitare ( 24 stazioni, banda K a ) • ~ 800 afferenti e 80 dipendenti Il risultato più recente (marzo 2011): primo sistema al mondo di trasmissione alla velocità di 448 Gbit/s (collaborazione CNIT, SSSA, Ericsson)
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37 Università consorziate 3 Laboratori Nazionali ......on advanced technologies for the support of innovative services and applications. •To strengthen and build new competences,
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Laboratorio Nazionale di
Reti Fotoniche
Laboratorio Nazionale di
Comunicazioni
Multimediali
Unità di Ricerca
Laboratori Nazionali
Laboratorio Nazionale di
Radar e Sistemi di
Sorveglianza
• 37 Università consorziate
• 3 Laboratori Nazionali
• 3 Laboratori di Unità di Ricerca: Comunicazioni satellitari e cognitive (Firenze)
Comunicazioni Wireless (Bologna)
Reti e comunicazioni satellitari (Genova)
• 1 rete satellitare ( 24 stazioni, banda Ka )
• ~ 800 afferenti e 80 dipendenti
Il risultato più recente (marzo 2011):
primo sistema al mondo di trasmissione alla velocità di 448 Gbit/s
• Data acquisition and communication integration (e. g. active RFID)
Home/Office
BAN
VAN
PAN/LAN
3G, 4G
Intra/Inter-vehicul
Consiglio Nazionale delle Ricerche32
INFOMOBILITY (ITS)Goal
• Better transport security for people and goods and new
applications for each user class
Open Issues
• Traffic control in critical conditions
• Optimization of goods traffic
• Navigation
• Guidance for disabled people
• Vehicle access and position control
• On-board internet (trains, cars, planes,…)
• Digital TV on vehicles
Benefits
• Better transport security for citizens
• Increased mobility for disabled people
• Tourism
Consiglio Nazionale delle Ricerche33
Emergencies and Environmental MonitoringReference Scenario
Consiglio Nazionale delle Ricerche34
Emergencies and Environmental Monitoring
Goal
• New radar and surveillance systems for increased security towardsnatural, accidental and intentional events
Open Issues• Intelligent antennas • Digital and optical technologies in radar• Miniradar for unmanned vehicles• UWB automotive radar• Knowledge-based radar• Integration of sensor, ad-hoc , terrestrial and satellite networks• Low-power communications• Integrated surveillance/monitoring/communication systems
• Passive radars
• Integration of far sensing, near sensing e in situ
Benefits
• Monitoring of urban areas, (intelligent) buildings, infrastructures, pollution, …
• Control and management of critical situations: work, natural events, terrorism, civil protection,….
• Better security characteristics w.r.t. intentional attacks and for privacy
Open Issues• Multicast security: in mobility, emergency and autonomic
networks
• Efficient low-power crypto systems• Authentication systems based on new credentials• Real-time detection of context and risks• Security services for disabled people• Localization techniques
Benefits
• Better guarantees of security and privacy for citizens
• Better quality of life for disabled people
Consiglio Nazionale delle Ricerche37
Multi-user Applications of Distributed
ResourcesReference Scenario
Consiglio Nazionale delle Ricerche38
Multi-user Applications of Distributed
ResourcesGoal
• Integration of laboratories and instrumentation in a multi-user distributedarchitecture able to:
a) Find and assign instrument and computing resources
b) Run remotely experiments and measurements
c) Availability of results to diversified operational contexts
Open Issues
• Interoperability of distributed laboratories in heterogeneous networks
• Grid platforms for instrumentation
• Immersive, context-aware platforms for remote measurements
• Sensor networks and distributed acquisition and control
Benefits
• Remote measurements and tests for telecommunications systems
• Collaborative work environments
• Remote monitoring of quality parameters
• SME: access to advanced and expensive instrumentation without acquisition costs
• Instrument manufacturers: new role as service providers
• Continous training
Consiglio Nazionale delle Ricerche39
TERIT: looking forward…
• We need: New professional competences
Interdisciplinary training
New reference models for networks and services
Innovative HW/SW developments
Advanced research investments
• Open to: Close cooperation between academia and industry
International cooperation on well-defined topics of mutual interest