European GNSS Agency

Transkript

1 PŘÍLEŽITOSTI PRO ČESKÉ SUBJEKTY V PROGRAMECH GSA Martin Šunkevič European GNSS Agency Gate2Space prosince 2015, Praha

2 Body příspěvku Agentura GSA Horizont 2020 výzvy Galileo Horizont další příležitosti Fundamental Elements

3 Agentura GSA - Agentura Evropské Unie - Vznikla v roce umístění ve 4 státech, 120 zaměstnanců - V Praze od září roku 2012

4 Role agentury GSA v GNSS programech EU Politický dohled Evropská Rada a Parlament Řízení programu Programová rada GNSS Evropská Komise Nezávislí poradci Provádění Evropská kosmická agentura(esa) delegování delegování podpora Agentura pro Evropský GNSS (GSA) Podpůrné úkoly pro EK Správa kontraktů na vývoj Správa kontraktů na výstavbu Úkoly delegované EK Vlastní úkoly (bezpečnostní akr., MD) Downstream Upstream

5 Body příspěvku Agentura GSA Horizont 2020 výzvy Galileo Horizont 2020 další příležitosti Fundamental Elements

6 Výzkum, technologický vývoj a inovace v oblasti GNSS (EU) Přibližný rozpočet : ~500 M PRS [GSA] 20M Mise & Služby [EK] 26M Aplikace [GSA] 142M R&D systému [ESA] 220.5M [GNSS] Fundamental elements [GSA] 112M

7 Výsledky GNSS FP7 GNSS FP7 (všechny 3 výzvy dohromady) 13 patentů/ ochranných známek (není konečný počet) 45 komercializovaných produktů/služeb 80 Fungujících prototypů 115 Demonstrací a více se očekává 3 Výzvy pro podávání projektových návrhů GNSS aplikací Portfolio ~90 R&D projektů s rozpočtem ~ 70 mln 425 příjemců 40% of GNSS zdrojů pro MSP vs. EU FP7 průměr <15% Business coaching pro MSP: Podpora od expertů

8 FP7 komerční produkty - příklady INCLUSION Innovative LBS for Social/Public Dimension BBNav - GNSS enabled system designed to help drivers and passengers with disabilities find parking spaces established in UK (Halfords, Argos, Amazon and DSGi). CIGALA Concept for Ionospheric-Scintillation Mitigation for Professional GNSS PolaRxS receiver- Ionospheric Scintillation Monitoring Upgrade of 4 SSN AsteRx2e/2eL/3 and PolaRx4 Installation and validation of monitoring stations in Brazil. EEGS & EEGS2 EGNOS Extension to Eastern Europe EEGS: Upgrade of magicsbas- operational SBAS testbed to offer differential corrections and non-safety critical integrity augmentation EEGS 2: magic LPV- allow test pilots to fly SBAS augmented APV, down to LPV minima, using the navigation signal generated by magicsbas Contribution to Joint Statement signed on declaring intention to include the Ukrainian territory in the coverage of EGNOS

9 H2020-Galileo : Výzvy v číslech První výzva Druhá výzva CELKEM Dostupný rozpočet 40.2 mln EUR 25.0 mln EUR 65.2 mln EUR Rozpočet navržených projektů Počet realizovaných projektů Počet podaných projektů mln EUR mln EUR mln EUR 27 13* 40 26% úspěšnost 15% úspěšnost 21% úspěšnost Počet subjektů Počet příjemců

10 Horizont 2020: V&V portfolio aplikačních projektů Horizont první a druhá výzva Aplikační projekty podle tržních segmentů Rozdělení rozpočtu podle segmentů # vybraných projektů Surveying 5% Search and Rescue 5% Timing & Synchronization 5% Agriculture 6% Aviation 22% Surveying; 4 Search and Rescue; 1 Timing&Sy nchronizat ion; 1 Agricultur e; 2 Aviation; 9 Road 16% Road; 6 Rail 14% Maritime 6% LBS 9% Awareness Rising 10% GNSS threats 2% Rail; 3 Maritime; 3 LBS; 5 GNSS threats; 1 Awareness Rising; 5

11 In red projects led by Czech entities/ projects coordinators Data za ČR (FP7 a H2020 první výzva) R&D contribution received ( mil) FP H2020 (1 st call) Total Czech beneficiaries received c. the 1.24% of overall FP7/ H2020 budget dedicated to GNSS The average requested contribution per participant in each project is c.: 50 k in FP7 (EU average is c. 126k) 130 k in H2020 (EU average is c. 183k) 9 projects (out 119) involving Czech entities (i.e. c. 8%) 13 entities involved (of which 3 SME) FP7 Easy-OBU GOLDEN-ICE GRAIL-2 GSP QualiSaR SX5 Projects H2020 CaBilAvi JUPITER PARADISE AZD PRAHA SRO CESKE VYSOKE UCENI TECHNICKE V PRAZE HANES s.r.o. Institute of Atmospheric Physics of the ASCR,v.v.i. Sdruzeni pro dopravni telematiku SPRAVA ZELEZNICNI DOPRAVNI CESTY STATNI ORGANIZACE Telematix Services a.s. Czech beneficiaries Česká republika - Ministerstvo dopravy Czech Aviation Training Centre DSA a.s. FAIR, spol. s r.o. GNSS Centre of Excellence TECHNISERV spol. s r.o.

12 Hit rate is computed as the # of Czech entities benefiting of EU funds/ overall # of Czech participants. If a entity is involved in more proposals, it is counted according to the number of proposals submitted Analýza úspěšnosti subjektů z ČR v první výzvě H2020 The Czech hit rate is equal to 31% (above EU average, 26%): 8 participants out 26 have been funded

13 Mobilní aplikace V&V projektů GALILEO & EGNOS a brožura o výsledcích FP7 Mobilní aplikace, která přehledně zobrazuje projekty, jejich záměr a jejich řešitele (FP7 a první výzva H2020): Brožura nabízí přehled výsledků GNSS výzkumu v rámci 7RP: files/fp7-brochure2015_7.pdf Portfolio projektů GNSS /r-d/gnss-project-portfolio

14 Aplikace v družicové navigaci Galileo 2017: výzva je již zveřejněna 14

15 Aplikace v družicové navigaci Galileo 2017 Druh akce Téma Rozpočet (EUR mln) Výše financování Nepřímé náklady IA IA IA CSA EGNSS Aplikace v dopravě EGNSS Transport Applications EGNSS Aplikace pro běžné uživatele EGNSS Mass Market Applications EGNSS Aplikace pro speciální účely EGNSS Professional Applications EGNSS zvyšování povědomí a budování kapacit EGNSS Awareness raising and capacity building Total budget: % (výjimkou jsou neziskové subjekty, u kterých je výše 100%) % 25% celkových uznatelných nákladů, z čehož je vyjmuto: subkonktrakty Náklady třetích stran Finanční podpora třetím stranám Otevření výzvy: 08 Listopad 2016 Uzavření: 01 Březen 2017 IA (Innovation Action, Inovační akce): aktivity zaměřené na tvorbu plánů a opatření nebo návrhů na nové, pozměněné/vylepšené produkty, procesy nebo služby. CSA (Coordination and Support Action, koordinační a podpůrné akce): aktivity zařaditelné jako další opatření, konkrétně standardizace, zvyšování povědomí a PR, networking, studie a politické dialogy.

16 Povinnost předložit předběžný obchodní záměr/business plan v rámci GALILEO-1,2,3 Co: Demonstrovat komerční potenciál produktu a/nebo služby a popsat jak bude tento potenciál realizován Proč: Jedná se o vstup pro hodnocení Jak: Formulář je dostupný na participants portal Define the proposed offering: the product and/or service and target market sector. Review the market sector: structure, size, drivers, market and technology trends. Assess the competition: main players, their current offerings and market share. Describe the innovation of the proposed offering in the context of the competition and the sector s needs Summarise potential business model(s) together with possible entry price(s) and costs Assess the key risks to market entry and possible options for risk mitigation. Outline, graphically, the roll-out of the offering: timescale, sales growth and market share.

17 Body příspěvku Agentura GSA Horizont 2020 výzvy Galileo Horizont 2020 další příležitosti Fundamental Elements

18 Synergie vývoje EGNSS aplikací s ostatními výzvami H2020 Transport MG : New and improved transport concepts in waterborne transport MG : Innovative ICT solutions for future logistics operations MG : Large-scale demonstration(s) of cooperative ITS ART : ICT infrastructure to enable the transition towards road transport automation ART : Automation pilots for passenger cars Secure societies Protecting freedom and security of Europe and its citizens SEC-01-DRS-2016: Integrated tools for response planning and scenario building SEC-19-BES-2016: Data fusion for maritime security applications Information and Communication Technologies ICT : Big data PPP: research addressing main technology challenges of the data economy Space (other than Applications in Satellite Navigation Call) COMPET : Technology transfer and business generators SME instrument SMEInst : Engaging SMEs in space research and development Other actions: Galileo Evolution, Mission and Service related R&D activities EGNOS, Mission and Service related R&D activities GNSS evolution, infrastructure-related R&D activities

19 Možné synergie GALILEO and EGNOS v rámci dopravních výzev programu CEF The Connecting Europe Facility (CEF) supports Trans-European Networks and infrastructure which fill the missing links in Europe s energy, transport and telecommunications sectors. Budget: 7.5 billion Call launch: 5 November 2015 Proposal submission deadline: 16 February 2016 Managed by Innovation and Networks Executive Agency (INEA) EGNSS relevance in WP 2015: Intelligent Transport Services for road (ITS) When relevant for the development and/or deployment of C-ITS services and with a view to ensure reliable positioning services, actions to ensure compatibility of information and value added ITS services with the systems established under the Galileo and EGNOS programmes are also addressed. More synergies can be found in other topics

20 Možné synergie GALILEO and EGNOS v rámci dopravních výzev programu CEF Témata: Corridors of the Core Network* 5 billion only for the Cohesion Call Other Sections of the Core Network* 372 million only for the Cohesion Call Rail Interoperability* 50 million only for the Cohesion Call European Rail Traffic Management System (ERTMS) 200 million Cohesion Call / 200 million General Call New Technologies and Innovation 180 milion Cohesion Call / 60 million General Call Safe and Secure Infrastructure 20 million Cohesion Call / 15 million General Call Single European Sky SESAR 300 million Cohesion Call / 515 million General Call River Information Services (RIS) 10 million Cohesion Call / 10 million General Call Intelligent Transport Services for Road (ITS) 100 million Cohesion Call / 70 million General Call Motorways of the Sea (MoS) 150 million Cohesion Call / 130 million General Call Transport infrastructure in nodes of the Core Network 50 million Cohesion Call / 50 million General Call Multimodal logistics platforms 40 million Cohesion Call / 40 million General Call

21 Body příspěvku Agentura GSA Horizont 2020 výzvy Galileo Horizont 2020 další příležitosti Fundamental Elements

22 Co jsou Fundamental Elements? Program Fundamental Elements byl vytvořen v roce 2013 na základě GNSS nařízení Výzkumné a vývojové aktivity zaměřené na vývoj GNSS chipsetů a přijímačů Obecné cíle Podpora osvojení EGNSS systémů, za využití inovativních služeb a EGNSS výhod Zvýšení konkurenceschopnosti průmyslu EU Zaměření na potřeby prioritních tržních segmentů, maximalizace přínosů pro občany EU Rozpočet 111,5 millionu EUR Rozpočet na roky 2014 až 2020 Konečný produkt je cílen na uživatele ze všech tržních segmentů Citace z GNSS nařízení (1285/2013): Facilitate the development of applications across different sectors of the economy (Initial Considerations, paragraph 9) Manage and achieve the objectives of the Galileo and EGNOS programmes, in particular support for research and development of fundamental elements, such as Galileo enabled chipsets and receivers, including as appropriate positioning and integritymonitoring software modules. (Initial Considerations, paragraph 21) Promotion of the development of fundamental elements relating to the programmes. (Initial Considerations, paragraph 29) The Union budgetary appropriations assigned to the Galileo and EGNOS programmes shall, in accordance with Article 9(2), also be granted to finance activities relating to research and development of fundamental elements, such as Galileoenabled chipsets and receivers. (Article 7, paragraph 2) Promoting the development of fundamental elements, such as Galileo-enabled chipsets and receivers. (Article 14, paragraph 2.d)

23 Fundamental elements doplňují další EGNSS programy

24 Důraz na výhody systému Galileo - příklady Kvalita E-GNSS signálů: zejména otevřená služba větší šíře pásma; vysíláno na několika nosných frekvencích (E1, E5 and E6) - přínosy využívání všech najednou apod.; Přínosy kanálů neobsahující data, což usnadňuje delší integrační časy a jako důsledek vyšší citlivost a oddělení kanálů (v porovnání s L1 C/A); Autentizace v rámci otevřené služby na E1; Možné využití Precise Point Positioning (PPP) produktů, šířené družicemi v reálném čase, které jsou plánovány v rámci Galileo komerční služby; Možnost využít nový model ionosféry Nequick ( za účelem zvýšení přesnosti přijímačů využívající jednu frekvenci.

25 Stav programu Fundamental Elements 3 projekty jsou vyhodnocovány Q Q projektů plánováno na rok výzvy (Call for Proposals) pro podávání návrhů (grants financování až do výše 60-70%) 3 Invitation to Tenders (tenders/procurement financování 100%) více informací o připravovaných a vyhlášených projektech najdete na webové stránce GSA: Procurements (including open ITT): Grants (including open CfP): Připravuje se samostatná sekce na stránkách GSA, pouze pro Fundamental Elements Informační den: plánován na březen 2016

26 2015 Projects overview (1/3) Activity Proc/ Grant Summary Budget Next steps - Design, develop and test a prototype of the DFMC SBAS (for GPS and Galileo), user terminal for the aviation SoL service, augmenting GPS and Galileo capabilities. Aviation DFMC SBAS receiver Proc (negotiated procedure) - Phase I: First RX prototype: - Implements the features defined in the SBAS L5 ICD. - Contributes to the development of DFMC MOPS in EUROCAE. - Implements Horizontal ARAIM and the currently defined RAIM. - Flexible for use commercial HW or already available HW platform. - Phase II: Second version of the RX - Release finalised version of the ICD and of the Draft version of the MOPS - Procure the antenna - Procure Hardware (HW)+Software (SW) version of the entire terminal (receiver plus antenna) is produced at the level required for flight tests (i.e. red label or TRL7 ). 9 Mil EUR (for both phases) - Invitation to Tenders closed on 29/10/ Under evaluation - To be awarded and signed in 2016

27 2015 Projects overview (2/3) Activity Proc/ Grant Summary Budget Next steps Development of E-GNSS engine for liability- and payment - critical multiapplications in road transportation Grant - Foster the development of an innovative liability- and payment -critical E-GNSS based engine in the road sector (native or retrofit devices); - Exploit the E-GNSS differentiators, that render reliable and trustable performance supporting legal procedures or financial operations; - Contribute to investigate the necessary approach/es to provide a legal value to the position information and the required processes (e.g. through certification or similar). 6.0 Mil EUR - Call for Proposals closed on 20/11/ Under evaluation - To be awarded and signed in 2016

28 2015 Projects overview (3/3) Activity Proc/ Grant Summary Budget Next steps Development of E-GNSS engine for safety-critical multiapplications in road transportation Grant - Foster the development of an innovative safetycritical E-GNSS based engine in the automotive and road traffic sector - Exploit the E-GNSS differentiators in the emerging segment of autonomous and connected/automated road vehicles, going beyond the state-of-the-art - Contribute to the ongoing standardisation process, e.g. leveraging it in the product to be developed and giving feedbacks to ETSI and CEN related technical committee, and to assess the need of a certification process and consequently initiate it. 4.5 Mil EUR - Call for Proposals closed on 20/11/ Under evaluation - To be awarded and signed in 2016

29 Fundamental Elements Disclaimer The description of nature and scope of services given below is only indicative, aimed at outlining the concept in broad terms. It may need substantial adjustments. It shall not be considered final or binding.

30 DÍKY ZA POZORNOST Martin Šunkevič

31 H2020 GALILEO VÝZVA 2017 DALŠÍ INFORMACE

32 Galileo EGNSS Transport Applications Aviation is an early EGNOS adopter and will further benefit from Galileo Examples of emerging EGNSS applications in aviation: EGNSS solutions for navigation, surveillance and communication in all phases of flight (also for determination of location of aircraft in distress): GNSS based PBN (Performance Based Operations) advanced operations for approach and landing benefitting from robust vertical guidance and LPV-200/CAT1 services Surveillance applications: ADS-B (Automatic Dependent Surveillance Broadcast) and use of reliable PVT for integrity, precise positioning, orientation of remotely piloted aerial systems (RPAS) Synergy and complementarity with the SESAR Joint Undertaking and other initiatives shall be clearly identified. Proposals should build on multi-constellation/multi-frequency, current and future EGNOS integrity features and service levels, as well as integration of multi-constellation enabling capabilities. 32

33 Galileo EGNSS Transport Applications EGNSS can enable new Road applications Examples of emerging EGNSS applications in road: - autonomous vehicles, that are safety critical and require a specific accurate and resilient positioning, timing and navigation. - solutions in policy driven applications, such as new generation of ecall, enhanced digital tachograph, dangerous goods transport, etc. Proposals should in particular build on Galileo specific signal features and differentiators and new services such as authentication and high precision, as well as current and future EGNOS integrity features. 33

34 Galileo EGNSS Transport Applications EGNSS will enhance the GNSS offering to Rail Examples of emerging EGNSS applications in rail: - train signalling and control, contributing to the evolution and cost competitiveness of the European Rail Traffic Management System - non-safety-critical applications, such as passenger information system, asset management, etc. Synergy and complementarity with the Shift 2 Rail Joint Undertaking and other initiatives shall be clearly identified. Proposals should in particular build on the current and future EGNOS integrity services and multi-constellation, multifrequency, and specific signal features of Galileo that improves position performances in the challenging railway environment (e.g. urban parts).

35 Galileo EGNSS Transport Applications Maritime is ready to benefit from EGNSS Examples of emerging EGNSS applications in maritime and inland waterways (including the Arctic): vessels navigation, traffic management and surveillance, search and rescue, port operations, custom fraud control, fisheries monitoring. Proposals should in particular build on the use of current and future EGNOS dedicated services for maritime, and the Search and Rescue service of Galileo, other Galileo differentiating features and services, such as authentication, and high precision.

36 Galileo EGNSS Mass Market Applications EGNSS will contribute to better performance in LBS Examples of emerging EGNSS applications in mass market: Smart Cities (examples): cross-modal mobility and new emerging mobility as a service approach, in which the user does not buy a vehicle or a public transport ticket, but a service to comply with her/his mobility needs innovative telematics applications in which the positioning, timing and navigation are used both to deliver the mobility service and to calculate a fair price based on the actual use of it. Internet of things (examples): exploiting the interconnectivity of uniquely identifiable devices and the availability of their location. Applications for commercial LBS, such as: secure financial transactions; mobile workforce management, tracking solutions; augmented reality; social networking and sport. Applications for social LBS, such as: safety and emergency (E112), e-health (health services more and more connected), and solutions supporting visual and mobility of impaired people.

37 Galileo EGNSS Professional Applications EGNSS differentiators are already recognised in professional market segments Examples of emerging EGNSS applications in professional applications: - Agriculture: Automated machine guidance, precision farming and machine control and field boundary measurements. - Surveying and Mapping: Land survey, marine survey, cadastral and geodesy, and construction. - Timing and Synchronisation: Telecommunications, power generation and finance. - Other professional applications: clearly demonstrating amongst others the contribution of EGNSS differentiators, the potential of integration with earth observation data, and the future commercial potential.

38 Galileo EGNSS Awareness raising and capacity building Scope: - support building of industrial relationships by gathering private and public institutions around services offered by EGNSS and related applications - support the competitiveness of EU industry by identifying strategic partners and by developing market opportunities - support to incentive schemes should foster the emergence of new downstream applications based on either Galileo and/or EGNOS and therefore to support the EU GNSS industry

39 FUNDAMENTAL ELEMENTS DALŠÍ INFORMACE

40 Fundamental Elements Disclaimer The description of nature and scope of services given below is only indicative, aimed at outlining the concept in broad terms. It may need substantial adjustments. It shall not be considered final or binding.

41 Planned projects in 2016 (1/6) Name Proc/ grant Summary Indicative publication date Indicative budget - Design, develop and test an Advanced RAIM (Receiver Autonomous Integrity Monitoring) prototype, following the lines as defined by the ARAIM TSG. Advanced RAIM (ARAIM) Multiconstellation Receiver Grant - Assess and develop ARAIM for: - Aviation Domain: enabling global Horizontal Navigation as well as Vertical (LPV-200) operations including threat allocation and mitigation. - Maritime Domain: enabling marine global general navigation providing integrity, especially when the receiver is outside coverage of IALA Beacon Differential GNSS transmissions. Q Mil EUR - Test the performance in number of test scenarios for safety critical applications (aeronautical, maritime, rail and road).

42 Planned projects in 2016 (2/6) Name Proc/ grant Summary Indicative publication date Indicative budget Dual Frequency Automotive / M2M / consumer receiver including innovative hybridisation techniques Grant - Development and test of Dual Frequency (E1/E5) automotive / M2M / consumer receivers that make use of advanced hybridisation techniques, e.g. signal of opportunities, cellular network, etc. - Designed and tested in significant application scenarios. - Exploit the E-GNSS differentiators, including smart approaches to the dual/multiple frequency and multiconstellation, the modulation and intrinsic feature of the Galileo signal, the optimisation of the receiver to give more value to Galileo in multi-constellation approach. Q Mil EUR

43 Planned projects in 2016 (3/6) Name Proc/ grant Summary Indicative publication date Indicative Budget High Precision multi (incl. triple) frequency multiconstellation receivers for professional applications Grant This grant will be published in December 2015 and granted in The objectives and activities will be clarified with EC in the course of the year Q Mil EUR

44 Planned projects in 2016 (4/6) Name Proc/ grant Summary Indicative publication date Indicative budget - Design, develop and test of a prototype receiver integrating OS Authentication capability. - Applications scenarios: regulated applications (e.g. digital tacograph), non-regulated application (e.g. commercial sensitive LBS) is also targeted. Open Service Authentication User Terminals Proc - Three distinctive sub-projects and related outcomes: 1) Specifications of interfaces and Application Programming Interface (APIs) for silicon-embedded chipsets, firmware based equipment and devices operating systems to enable a wide market take up of OS Authentication. 2) Development and test of OS Authentication Capability in receivers and devices for regulated applications (incl. spoofing attack tests). 3) Development of an end-to-end validation facility in order to generate navigation scenarios mid 2016/late Mil EUR Mil EUR - The project shall include also the development of central authentication management software to enable

45 Planned projects in 2016 (5/6) Name Proc/ grant Summary Updated publication date Indicative budget - Develop and test a low cost Galileo timing receiver able to determine the timing with high accuracy in bias and drift. Timing receiver for critical infrastructure Proc - Essential requirements (derived from, e.g., regulatory agencies): - Robust anti-jamming receiver solutions - Low overall costs of the receiver - Low cost of the timing determinations and - Low cost of the anti-jamming operations. mid 2016/late Mil EUR Mil EUR - Implemented interface : time codes formats NTP (Network Time Protocol) and IRIG-B (Inter- Range Instrumentation Group, time code B). - Include a demonstration campaign of the receiver with real data.

46 Planned projects in 2016 (6/6) Name Proc/ grant Summary Updated publication date Indicative budget - Develop a common technology for advanced multi frequency (e.g. L1/E1, L2, L5/E5, E6) antennas and adaptive multi-frequency antennas to support professional and governmental applications requiring high accuracy, high robustness and high reliability. Multi-frequency multipurpose Antenna for Galileo Proc - Upgrade the GNSS antennas for technological versatility to be implemented for alternative purposes - Support mass market applications to integrate a wider bandwidth to incorporate the necessary frequencies. - Different professional markets will make use of advanced multi frequency (E1/E5 and E6) of Galileo as well as interoperability with other constellations, most notably GPS. early/mid Mil EUR Mil EUR