Seminario DVB-H. Attività di ricerca e progetti integrati. 15 Giugno, Università di Siena

Transcript

2 Agenda 1. Attività di ricerca e sviluppo 2. I programmi di ricerca europei 3. Progetti rilevanti FP6 4. Scenario mobile health assistance 2 Ricerca e Progetti Siena Jun 2007

3 Gestione Strategica della Tecnologia La tecnologia come risorsa chiave dell impresa in un economia basata sulla conoscenza, dove il fattore temporale è sempre più accentuato. Le proprietà intellettuali legate alle tecnologie sono un aspetto fondamentale per il successo La gestione strategica della tecnologia ed il suo sfruttamento definisce al tempo stesso il tipo di ricerca e di didattica da adottare. La ricerca e la didattica legate al processo di trasferimento tecnologico 3 Ricerca e Progetti Siena Jun 2007

4 Trasferimento tecnologico Generazione di proprietà intellettuali trasferibili al mondo industriale che, se si presentano condizioni opportune di mercato, ha la possibilità di produrlo e quindi di consentirne lo sfruttamento in scala. Diretto Le strutture dedicate alla ricerca di base e applicativa (Pubbliche, private o aziendali) propongono idee di prodotti alle industrie. Modello del MIT Boston technology push. By Project All interno di progetti con obiettivi innovativi definiti da programmi di ricerca definiti dalla EC oppure dai organizzazioni Nazionali Comprendono anche attività bilaterali di didattica, scouting tecnologico e disseminazione risultati. 4 Ricerca e Progetti Siena Jun 2007

5 Quale Ricerca in Italia? Collaborazione Ricerca di qualità basata sulla collaborazione con in centri di ricerca e Università dettate da programmi quadro e convenzioni a medio termine finalizzate anche alla formazione. Finalizzata Ricerca finalizzata sia al miglioramento dei prodotti che alla realizzazione di nuove soluzioni basate su nuove tecnologie e processi innovativi. by project by head Ricerca all interno di progetto eseguita spesso in partnership Scouting Tecnologico PMI - Ricerca all interno di progetti eseguita in collaborazione con prestigiosi centri di ricerca dislogati nelle varie regioni. i 5 Ricerca e Progetti Siena Jun 2007

6 La Comunità di ricerca e sviluppo tecnologico - la storia fino ad oggi 1957: Trattati CEE, EURATOM (Trattati di Roma); creazione del Centro comune di ricerca 1983: Programma ESPRIT 1984: Primo programma quadro ( ), seguito da 4 programmi quadro successivi (fino al 2002) 1987: Atto unico europeo - la scienza diventa una responsabilità a livello comunitario secondo programma quadro ( ) 1993: Trattato sull Unione europea (Maastricht); ruolo della RST nell UE allargata 2001: Proposta per il Sesto programma quadro ( ) 2006: Proposta per il Settimo programma quadro ( ) La Comunità si propone l'obiettivo di rafforzare le basi scientifiche e tecnologiche dell'industria della Comunità, di favorire lo sviluppo della sua competitività internazionale e di promuovere le azioni di ricerca ritenute necessarie ai sensi di altri capi del presente trattato 6 Ricerca e Progetti Siena Jun 2007

7 Gli obiettivi a medio termine Colmare il gap con i maggiori concorrenti in materia di scienza e tecnologia Raggiungere - entro il una performance duratura in materia di Ricerca Sviluppo e Innovazione, che sia all altezza delle migliori prestazioni a livello mondiale Puntare - entro il al 3% del PIL da consacrare alla R&S, specie promuovendo gli investimenti privati (Consiglio informale Ricerca, Girona, 1-2 feb. 2002) 7 Ricerca e Progetti Siena Jun 2007

8 Programmi Quadro di Ricerca , , , , , , Miliardi Euro 8 Ricerca e Progetti Siena Jun 2007

9 FP6 I. Concentrare e integrare la ricerca della Comunità Budget (milioni ) 1. Scienze della Vita, Genom. e biotecnologie per la salute Genomica avanzata e sue applicazioni per la salute Lotta contro le principali malattie Tecnologie per la Società dell'informazione Nanotecnologie e nanoscienze, materiali intelligenti multifunzionali, nuovi processi di produzione 4. Aeronautica e spazio Qualità e sicurezza alimentare Sviluppo sostenibile, cambiamento globale e ecosistemi Sistemi energetici sostenibili 810 Trasporti di superficie sostenibili 610 Cambiamento globale e ecosistemi Cittadini e governance in una società della conoscenza Attività specifiche concernenti un settore di ricerca più ampio Totale * * Incl. CCR: 760 milioni 9 Ricerca e Progetti Siena Jun 2007

10 FP M FP6 ICT 9110 M FP7 ICT 10 Ricerca e Progetti Siena Jun 2007

11 FP7 - ICT 11 Ricerca e Progetti Siena Jun 2007

12 FP7 info - Roadmap 2007 Call 1 result? Call 1 Open 22/12/06 Call 1 Close 8/05/07 Call 2 Open May-June 07 Call 2 Close Sep-Oct 07 Call 3 Open Dec 07 FP7 Call 1 Submission FP7 Call 2 Submission FP7 Info D J F M A M J J A S O N D Itea PO Submission Itea FPP Submission PO Open 24/01/07 PO Close 30/03/07 PO Results 01/06/07 FPP Open 15/06/07 FPP Close 21/09/07 Celtic PO Submission Celtic FPP Submission PO Open 22/01/07 PO Close 22/05/07 PO Results 26/06/07 FPP Open 6/07/07 FPP Close 8/10/07 12 Ricerca e Progetti Siena Jun 2007

13 Progetti rilevanti di Alcatel-Lucent FP6-MAESTRO Mobile Applications & services based on Satellite & Terrestrial interworking ftp://ftp.cordis.europa.eu/pub/ist/docs/ka4/mob_11th_sb3g_maestro.pdf FP6-WEIRD WiMax Extension to Isolated Research Data-networks FP6-Magnet Beyond My Adaptive Global NET 13 Ricerca e Progetti Siena Jun 2007

14 Progetti rilevanti di Alcatel-Lucent FP6-MAESTRO Mobile Applications & services based on Satellite & Terrestrial interworking ftp://ftp.cordis.europa.eu/pub/ist/docs/ka4/mob_11th_sb3g_maestro.pdf 14 Ricerca e Progetti Siena Jun 2007

15 FP6 MAESTRO The SDMB architecture: a satellite overlay network for 3G and beyond 3G network High power Geo-stationary satellite Example of umbrella cells coverage over Europe 3G handset Satellite distribution link in IMT2000 mobile satellite 3G Air interface band Interactive link in IMT2000 mobile terrestrial band 3G Base station 3G Mobile Network Hub based on 3G equipment Content Network MBMS Broadcast/Multicast Service Centre Content providers 15 Ricerca e Progetti Siena Jun 2007

16 FP6 MAESTRO - S-DMB: key design principles Hybrid satellite/terrestrial architecture: Global coverage for Outdoor & Indoor usage Low cost impact on 3G handheld terminal Satellite frequencies are adjacent to IMT2000 terrestrial ones Satellite waveform compliant to 3GPP UTRA FDD WCDMA standard High reception margin, hence no form factor impact Concurrent evolution with 3GPP architecture MHz Return link: PPDR, safety Satellite IMT2000 FDD European allocation Terrestrial IMT2000 FDD European allocation Terrestrial IMT2000 TDD European allocation PUSH Terrestrial repeaters integrated in 3G base stations for dense urban area coverage SELECT 2G/3G HANDSET with extended frequency agility in Satellite IMT2000 band STORE REPLA Y 512 Mbytes Memory card with integrated DRM 16 Ricerca e Progetti Siena Jun 2007

17 FP6 MAESTRO Hybrid & cost effective satellite/terrestrial architecture to achieve a Single Frequency Network outdoor & indoor Umbrella cell per spot beam 1 carrier, 2 codes Terrestrial repeaters: gap filler coverage same carrier, same codes Coverage hole Coverage hole Terminal s rake receiver combines the Satellite & terrestrial repeaters signals as echos of the same signal 17 Ricerca e Progetti Siena Jun 2007

18 FP6 MAESTRO S-DMB: Open Technology that can address an increasing range of market opportunities 1 - MULTIMEDIA SERVICES Mobile TV Interactive broadcast Content delivery 2 - VEHICULAR APPLICATIONS Telematics Entertainment 3 - SECURITY SERVICES Population alert and awareness Network dependability Ubiquitous coverage 18 Ricerca e Progetti Siena Jun 2007

19 FP6-MAESTRO - Partners UDCAST 19 Ricerca e Progetti Siena Jun 2007

20 Progetti rilevanti di Alcatel-Lucent FP6-WEIRD WiMax Extension to Isolated Research Data-networks 20 Ricerca e Progetti Siena Jun 2007

21 FP6 WEIRD WiMax Extension to Isolated Research Datanetworks The WEIRD project aims to Exploit and enhance the WiMAX technology Integrate WiMAX based access networks into end to end IP architecture Develop complex application scenarios on top of WiMAX Offer solutions for future needs of research user communities Broadband access to fixed remote research sites impossible or not cost effective to reach with wired solution personnel and sensor equipment in impervious areas, as vulcano (Etna, Vesuvio) medical needs to have access to high resolution medical information; engineers needing to have access to high resolution information or for teleengineering; inside research structure (campus, research camps, expeditions) as Wifi overlay network 21 Ricerca e Progetti Siena Jun 2007

22 WEIRD WiMax Rodmap 2004 Fixed BWA License and Licensed-exempt exempt Spectrum: 2GHz 6GHz Fixed outdoor Subscribers National Operators, Competitive Carriers and ISPs. Target subscribers: - Residential users - Enterprises Voice, Data & leased line services Product Availability 2006 Portable BWA Licensed spectrum Fixed, Self-Installed CPEs,, Portable CPEs Fixed Network Operators, Mobile Network Operators, Competitive Carriers & ISPs Target subscribers: - Residential users - Enterprises - Business users Voice & Data services 2007 Mobile BWA spectrum Licensed spectrum Mobile Subscribers - PCMCIA cards - Embedded WiMAX chip (Notebooks, PDAs) Fixed Network Operators, Mobile Network Operators & Competitive Carriers Target subscribers: - Residential users - Business users Voice & Data Services 22 Ricerca e Progetti Siena Jun 2007

23 FP6 WEIRD WiMax Extension to Isolated Research Datanetworks Users Communities Nomadic research camps Universities Fire Prevention Wide research campus Vesuvian vulcanic observatory Genetic research center Isolated research community Applications Tele Control Tele Medicine Video Conference Video Streaming DistanceLearning VoIP Infrastructure Control Plane Transport Plane Wi-Max Specific Layers QoS and Resource Management AAA TCP Security Roaming IPv6 ConvergenceLayer QoS Mobility Access Control Multicast WiMax Adapter WiMax DLC/MAC Layer WiMax PHY Layer Multicast Management Infrastructure Management UDP (RTP) WP3000 WP4000 GEANT 23 Ricerca e Progetti Siena Jun 2007

24 Scenario A: Environmental Monitoring SCENARIO A1: Volcano Monitoring Robert monitors and analyzes the data collected in real-time by the sensors that are over the Vesuvio connect in real-time to monitoring centre by WiMAX channel. He connects to the cameras installed over the volcano (connected via WiMAX) and then has a direct look at the high-quality images transmitted. He contacts Mary and then shares with her some collected measures and images, using a video communication application. Then Robert goes for a walk on the Vesuvio with his notebook and he uses VoIP to contact Mary again. Mobile Monitoring 24 Ricerca e Progetti Siena Jun 2007

25 WP2000 System Scenario A1: Monitoring in volcanic areas Istituto Nazionale di Geofisica e Vulcanologia Osservatorio Vesuviano The Mobile Seismic Network of the INGV-OV can be deployed to increase the Permanent Seismic Network in the high risk Neapolitan volcanic area. As example, on the right the distribution of both Mobile (yellow) and Permanent (blue) networks at present operating at Phlegrean Fields is shown. Low, the same for Mt. Vesuvius is shown. Mobile stations gather the seismic signal in local mode, storing the data on high capacity hard disks. The data are periodically collected, analyzed and integrated with the Permanent Network ones. However, in case of seismic or volcanic crises, it is very important to obtain as soon as possible the seismic signals of the Mobile Network.. 25 Ricerca e Progetti Siena Jun 2007

26 Scenario B: Telemedicine and Telemedical Assistance SCENARIO B1: Specialized skill at patient s home Dr. Rosalia is a family doctor who visits a pregnant woman at her home. She has a portable ultrasound device, connected to a notebook and to the centre through a WiMAX channel. She collects some ultrasound pictures and then sends them to the central repository where they are analyzed by an expert in gynecology. Subsequently, Dr. Rosalia connects to the central repository where a web-based GUI enables her to get the last registered analysis results and complete the visit. 26 Ricerca e Progetti Siena Jun 2007

27 Scenario B: Telemedicine and Telemedical Assistance SCENARIO B2: Medical Information exchange while travelling Dr. Mario is a doctor on duty on an ambulance and he is called to intervene in a city street where a car accident occurred. The ambulance is equipped with a portable ultrasound device, connected to a notebook and to the centre through a WiMAX channel. Dr. Mario finds a laying man who might have internal injuries. To allow the fastest possible intervention, he takes some images with the portable ultrasound and send via WiMAX to the hospital. He also sets-up a videoconference session with the surgeon at the hospital. 27 Ricerca e Progetti Siena Jun 2007

28 Scenario C: Fire Prevention SCENARIO C1: Fire Station Application Transmission of jpg images and text description taken from the Forest Fire Simulation System (FireStation) located and operated in the District Civil Protection Coordination Centre (CC) to a mobile unit in the field (PDA/Laptop) Coordination Centre e PDA e e e Laptop CC equipped with e BS e Laptop 28 Ricerca e Progetti Siena Jun 2007

29 Scenario C: Fire Prevention SCENARIO C2-1: Fixed and mobile video surveillance Fixed video cameras transmitting video to the CC. Meteorological parameters are transmitted at the same time. Data is transmitted to a web server and is accessed in a web page. From that web page the user can control the movement of the cameras. Coordination Centre e d Fixed Video Camera e CC equipped with e BS d Fixed Video Camera 29 Ricerca e Progetti Siena Jun 2007

30 Scenario C: Fire Prevention SCENARIO C2-3: Fixed and mobile video surveillance A final and an advanced application will be the study of the feasibility and of the utility of using a camera installed in one of the helicopters of the fire fighter brigade at the CC. Helicopters can provide images from a new top-down perspective impossible to achieve with a VVM 30 Ricerca e Progetti Siena Jun 2007

31 Italy test-bed Ivrea rural area Ivrea Town Ivrea suburban area Link_1 Link_3 Radio Tower Radio Tower Radio Tower Radio Tower e BS_ d SS_1 Router d SS_ d BS_1 Link_4 Geant TOPIX d SS_2 Radio Tower Link_ e SS_4 WIND Network Wind Lab Radio Tower AAA, DNS, DHCP Router d SS_2 31 Ricerca e Progetti Siena Jun 2007

32 WEIRD Consortium P T Inovação Consorzio Pisa Ricerche 32 Ricerca e Progetti Siena Jun 2007

33 Progetti rilevanti di Alcatel-Lucent FP6-Magnet Beyond My Adaptive Global NET 33 Ricerca e Progetti Siena Jun 2007

34 Progetti rilevanti di Alcatel-Lucent Personal Area Network (PAN) networking. MAGNET Beyond does not treat PAN networking in isolation: the concept is extended into that of a PN by interconnecting PANs with, in particular wireless wide area networks to access the rich services available on and trough these networks, including the interconnection to other PANs Remote personal devices Personal Network Home network Local foreign devices Smart building Interconnecting structure (Internet, UMTS, WLAN, Ad Hoc, etc.) Corporate network Vehicular area network P-PAN Private PAN (P-PAN) PAN Remote foreign devices 34 Ricerca e Progetti Siena Jun 2007

35 WPAN STANDARDISATION IEEE WPAN consensus standards for PAN or short distance wireless networks. Wireless networking and wired / wireless inter-operability of portable and mobile computing devices (PCs, Personal Digital Assistants (PDAs), peripherals, cell phones, pagers, and other consumer electronics. 35 Ricerca e Progetti Siena Jun 2007

36 PAN, PN and PN Federation Personal Area Network (PAN): Grouping of devices within close vicinity of the user Remote personal devices PAN Local foreign devices Smart building Personal Network P-PAN Interconnecting struture (Internet, UMTS, WLAN, Ad Hoc, etc.) Private PAN (P-PAN) Home network PAN Corporate network Vehicular area network Remote foreign devices Introducing PN Federation: Grouping of PNs with the objective of achieving a specific common goal, incl. temporary ad-hoc groupings, e.g. Distributed Work. Personal Networks (PN): System approach to Personal Networks satisfying users needs PN3 Home network Home network Interconnecting structurecorporate network PN2 Vehicular area network PN1 36 Ricerca e Progetti Siena Jun 2007

37 PN applications Office environment Smart shopping Family members and friends sharing PN s health.care Doctors, nurses, patients at hospitals in cooperating etworks Ambulance and medical staff on the move Surveying of recovering patients nomadic@work Journalists/mass media Students work situation Researchers in cooperating projects 37 Ricerca e Progetti Siena Jun 2007

38 PN federation applications Sharing resources Emergency situation PN3 Interconnecting structure PN1 PN2 PN4 Ref: I.G.Niemeegers, S.M.Hemstraa de Groot, FEDNETS: Context-aware Ad-hoc Network Federations, Kluiwer Journal,.. 38 Ricerca e Progetti Siena Jun 2007

39 Progetti rilevanti di Alcatel-Lucent FP6-Magnet Beyond My Adaptive Global NET Collegamento a care-1.exe.lnk 39 Ricerca e Progetti Siena Jun 2007

40 40 Ricerca e Progetti Siena Jun 2007