VTT  Printed,  hybrid  and  nano-­‐electronics  

“S7ck-­‐it-­‐on”-­‐devices  –  VTT  contribu7on  •  Large  area  produc7on  environment  –  prin7ng  &  hybrid  integra7on  

•  Wide  range  material  selec7on  for  different  component  func7onali7es  •  Various  different  passive  and  ac7ve  components  demonstrated  towards  

system  level  applica7ons  •  Silicon  based  microsystems,  MEMS  and  semiconduc-­‐  

tor  devices:  ultrasonic,  pressure,  iner7al  sensors,    energy  scavenging,  light  and  radia7on  detectors,  microspectrometers,  IPD  and  communica7on  devices  

•  Fabrica7on  facili7es  in  Micronova  na7onal  research  infrastructure.  

 

Naked  Approach  KOM,  18.3.2015,  CONFIDENTIAL  

VTT  Compu7ng  PlaXorm  team  

19/03/15 6

The  vision  of  ul7mate  plaXorm  

Snapshot from Google Earth Real-time correct digital “image” of the real world “Google Earth +++” that is updated real-time, where objects are identifiable, additional information can be added into them, it can have links to other information, it can be zoomed to the very finest details, it remembers its history, it can be copied for simulations and predictions, it keeps users confidentiality and privacy, and if one changes it, the change is reflected to real-world.

Naked  Approach  Kick-­‐off/Juha-­‐Pekka  Soininen  

VTT  Compu7ng  PlaXorm  team  •  Internet  of  Things    

–  Infrastructure  view  –  what  is  needed  for  making  the  IoT  real  –  Recent  projects:    

•  DIEM  (Digile/Tekes),  SOFIA  (Artemis),  IoT-­‐A,  iCore,  IMPRESS  (FP7)    •  Topics:  Smart  Environments,  IoT  reference  architecture  model,  IoT  cogni7ve  management  framework,  IoT  resource  management  

•  Architecture  design  methods  for  HW/SW  systems  –  Performance  simula7on  and  evalua7on  –  SW/HW  co-­‐design,  mul7core  system  par77oning    

•  Parallel  and  distributed  mul7core  compu7ng  architectures  

Naked  Approach  Kick-­‐off/Juha-­‐Pekka  Soininen  

Laboratory  for  Future  Electronics,  TUT  

Laboratory for Future Electronics, TUT

•  LFE performs research in novel materials, architectures and processes that will enable the new electronics of the future.

•  Research themes in Naked Approach: –  Flexible/bendable/strechable electronics –  Integration of printed and conventional

electronics (hybrid systems) –  Reliability and failure analyses –  Energy storages and harvesting –  Printed thin-film components

•  The team leaders are –  Adj. Prof. Matti Mäntysalo, Printable

Electronics Group, WP 4: leader –  Prof. Donald Lupo, head of LFE, Organic

and nanoelectronics group

BL smart sensor node

Printed motion harvester

Center  for  Internet  Excellence  (CIE)  

Center  for  Internet  Excellence  (CIE)  

•  Research  and  Innovation  unit  at  the  University  of  Oulu  •  Future  Internet,  Living  Labs  •  Multidiciplinary  research  group,  ~20  researchers  

•  The  Naked  Approach  team  •  Mika  Ylianttila  •  Timo  Koskela  •  Erkki  Harjula  •  Tenager  Mekonnen  •  Tanesh  Kumar  (starting  1st  of  June  2015)  

Center for Wireless Communications (CWC)  

© Centre for Wireless Communications, University of Oulu

Center for Wireless Communications (CWC)

•  Research group at CWC/ITEE/University of Oulu

•  Future communication architectures: light-weight security and seamless mobility

•  6 researchers (CWC: ~130 researchers) •  The Naked Approach team

•  Mika Ylianttila •  Pradeep Kumar

DEMOS  HELSINKI  

DEMOS HELSINKI

Summary ●  Demos Helsinki is a Nordic non-profit research and

development organisation, an independent think tank

●  The think tank employs thirteen partners and an extensive network of experts

●  It guides companies, cities, governments and communities to future by linking human motivations to structural change

●  It is known for its ability to co-create easily deployable concepts and to convene organisations to bring about systemic change

Role in The Naked Approach An Ambient Internet of Everything industry and activities based on Nordic values supports Demos Helsinki’s two theme areas in the following way:

●  Resource Smart Economy The companies involved in Resource Smart Economy are the pioneers of the “naked”, gadget-free approach AND it makes them more efficient

●  Democracy and Capabilities

Usage of ubiquitous computing enhances contribution and utilization of capabilities BUT social risks, such as increasing inequality or disappearance of jobs, are very important matters to study as well

JOHANNES KOPONEN [team leader] Head of Foresight The core of Johannes Koponen’s expertise lies in strategic futures studies and development of business models through the scenario method and other futures studies methods.

MARIA RITOLA Head of Resource Smart Economy Maria Ritola is an economist with years of experience in capturing new opportunities arising from global scale change drivers such as resource revolution and climate change.

ALEKSI NEUVONEN Head of Research Aleksi Neuvonen is an established member of Finnish foresight who has specialised in such topics as innovation policy, spacial planning and use of participatory methods.

TEAM JUHA LEPPÄNEN Head of Democracy and Capabilities Juha Leppänen specialises in conceptual analysis and understanding socially important trends in the context of sustainable lifestyles, global change, new forms of social solutions and the media.

OUTI KUITTINEN Head of Co-Creation Outi Kuittinen leads the development of engaging and productive innovation processes based on co-creation of different stakeholders.

JOHANNES MIKKONEN Project Coordinator Johannes Mikkonen is a social scientists whose specialities are sustainable development and participation. He coordinates and produces the research projects and co-creation methodologies.

Aalto University Depart. of Micro- and Nanosciences

 

λ Prof. Kari Halonen λ Group leader λ Analog and RF integrated circuits, particularly for telecommunication and sensor applications.

λ M.Sc. Jarno Salomaa λ Project manager λ Analog and mixed-mode integrated circuits and energy harvesting

λ M.Sc. Mika Pulkkinen λ Digital and mixed-mode integrated circuits and measurement automation

λ B.Sc. Tuomas Haapala λ Analog and RF integrated circuits and energy harvesting

The Electronic Circuit Design Group is specialized in low power integrated circuits such as sensor interfaces, wireless communication and energy harvesters for autonomous sensor nodes.

Aalto University Department of Micro- and Nanosciences

From left: Tuomas, Kari, Jarno and Mika

Energy harvester chip designed by ECD group

University  of  Lapland,    User  Experience  Research  team  

 

User  Experience  Research  team  at  

University  of  Lapland    

prof.  Jonna  Häkkilä    Researchers,  Naked  Approach  project:  Ismo  Alakärppä  (pm)  Ashley  Colley  Mira  Alhonsuo  Siina  Pekkanen  Lasse  Virtanen    

Competences:    Interac7on  Design  Industrial  Design  Service  Design  Graphics  User  Research  Rapid  Prototyping      

Earlier  research  –    UX  Design  for  Mobile  and  Ubiquitous  Compu7ng