VTT:n hankeaihiot Artemis 2013 hakuun. Tekes Artemis-workshop Juha-Pekka Soininen, VTT

Transkriptio

1 VTT:n hankeaihiot Artemis 2013 hakuun Tekes Artemis-workshop Juha-Pekka Soininen, VTT

2 2 Johdanto VTT on kiinnostunut osallistumaan Artemis-hankkeisiin yhdessä suomalaisten (ja/tai Suomessa toimivien) yritysten kanssa kaikissa hankkeissa, joissa VTT:n osaamisesta on hyötyä kyseisille yrityksille. VTT voi tarvittaessa auttaa tarvittavan Eurooppalaisen konsortion löytämisessä/muodostamisessa sekä suomalaisen konsortion koordinoinnissa. Yhteyshenkilö: Juha-Pekka Soininen,

3 3 Hankeaihiot AIPP3: DeWi: Dependable Embedded Wireless Infrastructure AIPP5: MCMC: multi-core technology for mixed criticality applications in dynamic and changeable real-time environments AIPP2: ICC: Innovatice Care Cycles APS project ideas: SPE4P3 - System-level exploration of parallelism, performance and power for embedded heterogeneous many-core systems ALMARVI - Algorithms, Design Methods, and Many-core Platforms for Low-Power Massive Data-Rate Video and Image Processing IBRO Item identification centric business processes + three others

4 AIPP3: Dependable Embedded Wireless Infrastructure (DEWI) VTT contact persons Heikki Ailisto, Pirkka Tukeva, Matti Mantere, Juhani Latvakoski, Kalle Määttä, Jani Koivusaari.

5 5 AIPP3: Dependable Embedded Wireless Infrastructure (DEWI) Challenge and solution Wireless infrastructure is a promising solution for industrial needs, such as sensing, monitoring, control, but the reliability and security are issues. Solution: Dependable wireless infrastructure offering reliability and security Industrial impact new products with higher competitiveness shorter time-to-market due to increased flexibility decrease maintenance costs by improving maintenance information Domains Aeronautic Automotive Railway, proposed Finnish focus Industrial applications Building technology Technology topics security (encryption, authentication) reliability, dependability energy harvesting and power management WSN HW platforms protocols (QoS) functional safety seamless handover protocols 62 partners, strong industrial lead

6 6 Possible contribution area of DEWI Finnish group - DEWI Railway domain Real-time Monitoring and Controlling of Mobile Fleets Condition Based Maintenance Fleet usage optimization Railway network and Weather condition monitoring Increase safety in railway operation Increase efficiency in multi-modal transport Back-ends Databases Servers Expected impacts: Decrease maintenance costs by improving maintenance information Interoperability of train coaches by utilizing standardized means Contribute towards dependable wireless infrastructure systems interoperation overall Inter-vehicle, vehicle-to-vehicle and vehicle-to-backend Boost the application of dependable wireless ecosystems Increase re-configurability and ease of maintenance of embedded wireless platforms Reduce error prone cabling, costs and weight Increase the utilization, uptime and effectiveness of sensor and actuator networks, and their services Intra-Vehicle Infrastructure Maintenance Inter-Vehicle

7 AIPP5: MCMC - multi-core technology for mixed criticality applications in dynamic and changeable real-time environments VTT contact person: Kari Kolehmainen, Eila Ovaska, Anton Yrjönen

8 8 AIPP5: MCMC mixed criticality in multi-core systems Motivations: Costs are increasing due to critical / secure / power / reliability requirements more than it will be economically feasible. The number of Embedded Control Units cannot (economically) grow -> need economically viable mixed criticality (properties) systems. System properties do not scale well need of intelligent mixed criticality scenarios Solution proposal: Service oriented architecture in an embedded cloud environment (E 2 Cloud) Aggregate resources Offer expensive system properties as services

9 9 MCMC scope Addressed system levels / architecture: Heterogeneous Multi-core Hardware System software runtime environment/networking Applications Design methodologies & tools Addressed aspects: Fault tolerance Energy management Security and Safety under real-time conditions Qualification, Reliability.. Domains: Automotive Aerospace Railway Shipping Industrial manufacturing Logistics IT-infrastructure ( Internet of Things ) Healthcare / ambient assisted living Status More than 100 interested partners 20 countries involved Finnish industrial partner needed

10 AIPP2: Innovative Care Cycles (ICC) VTT Contact: Jukka Perälä

11 11

12 12

13 System-level exploration of parallelism, performance and power for embedded heterogeneous manycore systems (SLE4P3) Contacts: Jari Kreku, Jukka Saastamoinen, Kari Tiensyrjä,

14 14 System-level exploration of parallelism, performance and power for embedded heterogeneous many-core systems (SLE4P3) Exploration Estimation Simulation Coarse-level concurrency analysis Partitioning and mapping Estimate execution time for the applicationplatform mapping(s) Based on statistics from previous simulations Performance/power simulation using abstract models of application and execution platform

15 15 System-level exploration of parallelism, performance and power for embedded heterogeneous many-core systems (SLE4P3) ARTEMIS call 2013 ASP5 research idea Baseline technology developed in EU FP7 project MOSART, ARTEMIS JU project SMECY, ARTEMIS JU project PRESTO, Project outcome System-level design methodology and tool environment for embedded heterogeneous many-core systems Consortium still open Embedded system design houses offering pre-defined technology platforms, or customer specific turn-key solutions Software houses offering embedded systems on top of 3rd party platforms SoC design houses Embedded application providers

16 ALMARVI: Algorithms, Design Methods, and Many-core Platforms for Low-Power Massive Data-Rate Video and Image Processing VTT yhteyshenkilö: Janne Keränen

17 17 ALMARVI:Algorithms, Design Methods, and Manycore Platforms for Low-Power Massive Data-Rate Video and Image Processing Tavoitteena on kehittää algoritmeja, suunnittelumetodeja, ja moniytiminen prosessointialusta, joiden käyttötarkoituksena on energiatehokas ja aikakriittinen massiivisen video- ja kuvadatamäärän prosessointi. Päämääränä on mahdollistaa korkealaatuiset palvelut eri avainalueille kuten autoteollisuuteen, terveydenhuoltoon, turvallisuuteen, ja ilmailuteollisuuteen. ALMARVI tarttuu virrankulutus- ja suorituskykyhaasteisiin kaikilla systeemitasoilla, mukaan lukien laitteistot, ohjelmistot, ja algoritmit. Jokainen systeemitaso suunnitellaan mukautuvaksi reagoimaan ajonaikaisiin muutoksiin, jotka liittyvät saatavilla olevaan energiaan, resursseihin ja käyttäjän asettamiin rajoituksiin.

18 18 ALMARVI Hanke tarkastelee asetettuja haasteita eri näkökulmista: Adaptiiviset arkkitehtuurit Suunnittelumetodit ja työkalut Ajonaikainen skaalautuvuus ja adaptiivisuus (tehonhallinta) Ohjelmoitavuus ja ketteryys sovelluksissa ja algoritmeissa Hankkeen konsortio koostuu sekä teollisuusyrityksistä että tutkimuslaitoksista. Kansainvälisessä konsortiossa on mukana kumppaneita Hollannista, Saksasta, Italiasta, Tsekistä, Turkista ja Venäjältä. Hankkeen pääkoordinaattori on Philips Healthcare (Hollanti).

19 Item identification centric business processes (IBRO) VTT Contact: Janne Takalo-Mattila

20 20 Idea Idea is to show how companies can speed up processes, make less faults and generate more sales by utilizing item identification technologies (Bluetooth 4.0, NFC, QR-codes and Ubiquitous Identification) Benefits: End-user: Easier access to the information related to item Pilot company: Faster processes, less faults, more sales Technology developers, back-end system providers and other partners: New products related to item identification Benefits will be proven by making pilots in selected domains (construction companies, commerce )

21 21 Approach VTT can provide: Tag technology (Bluetooth LE), NFC,QR Tag identity management solutions (Ubiquitous Identification) Support for integration, installation, client development VTT will work together with participating companies Technology providers ICT system developers Service providers Marketing companies Pilot companies Companies that utilize unique item identification in its operations For example commerce, construction Tests feasibility and benefits of the technologies Faster processes Less faults More sales New products Industry partners needed

22 22 Other project preparations CallLinked / Jani Mäntyjärvi Large-scale application of unified communication services using HTML5-based Web Browsers on Embedded Systems Industry partners can be included in consortium R3COP/ Tapio Heikkilä Design methods for embedded control systems for autonomous smart robots ES4ICS / Matti Mantere Cyber Security for wireless network in various application domains Industry partners needed

23 23 VTT luo teknologiasta liiketoimintaa