The contribution from the Regional Research and Innovation...
Transcript of The contribution from the Regional Research and Innovation...
Paolo Dario
The BioRobotics Institute
Scuola Superiore Sant’Anna
Pisa, Italy
Heading Towards a Robotics Infrastructure:
the Case of Tuscany Region
www.bioroboticsinstitute.eu
“The Role of the EU Regions in
Supporting Robotics” The contribution from the Regional Research and Innovation to Europe’s growth strategy
Brussels, October 30, 2013
www.bioroboticsinstitute.eu
12 Faculty
75 PostDocs
88 PhD Students
Enrico Letta (PhD in Political Science at Scuola Superiore Sant’Anna, Pisa) Prime Minister of Italy
Maria Chiara Carrozza (PhD in Biomedical Engineering at Scuola Superiore Sant’Anna, Pisa) Minister of Education, University and Research
Tuscany, Italy A country and a region with an extraordinary wealth
of artistic and cultural heritage, deep attention to
preserving the environment and social relations,
excellent climate, good food and a relaxed, friendly
atmosphere favoring long and active life (highest life
expectancy in the world for males: 80.4 years;
second highest for women: 84.9 years)
Tuscany: the Land of Robots
Tuscany is not only natural,
historical and artistic beauties,
but also advanced technology
Peccioli, Tuscany: the lab town for robot validation
Clinical centres use robots for
surgery and
rehabilitation
Il Sole 24 Ore,
a major economics newspaper in Italy
Tuscany: the Land of Robots
Tuscany is not only natural,
historical and artistic beauties,
but also advanced technology
Robotic systems endowed with advanced
perceptual capabilities and intelligence are
used to cooperate safely with humans
Robotics technologies are applied to
preserve the natural environment and the
underwater human heritage
Il Sole 24 Ore,
a major economics newspaper in Italy
7 7
Regione Toscana
THE CONTRIBUTION OF THE TUSCANY
RESEARCH AND INNOVATION SYSTEM TO THE
EUROPEAN CHALLENGES
Department of Research Coordination
Regione Toscana
www.intoscana.it/TuscanyEurope2020
Bruxelles, May 24, 2012 Workshop Tuscany-Europe 2020
Prof. Paolo Dario
Robotics and Biorobotics
8 8
Robotics in Tuscany
In Tuscany research in robotics is
grounded on solid roots distributed
across the districts of Firenze, Pisa
and Siena. Tuscanian research
centers on robotics feature tradition,
innovation and passion.
Firenze Pisa
Siena
SSSA
UniPi
CNR
UniSi
UniFi
Six research institutions:
A network of internationally renowned research
institutions pursuing and addressing excellent
research and education, industrial innovation
and societal needs
http://www.robotics-in-tuscany.eu
Robotics
Researchers
(Permanent +
Graduate)
Active
EU
projects
Budget
per year
(K€)
CNR
IIT@SSSA 0 + 9 1 3.000
SSSA 10 + 228 30 6.151
UniFI 3 + 7 1 1.056
UniPI 42 + 56 18 5.528
UniSI 8 + 11 4 2.302
Total 370+ 54 18+M€
The Network RObOtics in TuScany
“ROOTS”
Humanoid robotics
Neuro-Robotics
and Neuroprosthetics
Biomimetics
Safe Human-Robot Interaction
Perceptual Robotics
Robotics for Diagnosis and Surgery
Upcom ing Events
SMI T2 0 1 2 , 2 0 - 2 2
Septem ber, 2 0 1 2 , BARCELONA- SABADELL ,
SPAI N.
Abstract submission deadline 7 May, 2 0 1 2
Details under, http://www.smit2012.com/
ARAKNES new slet ter
w w w .araknes.org
Array of Robots Augmenting the KiNematics of Endoluminal Surgery
EMBC 2 0 1 2 , August 2 8 –
Septem ber 1 , 2 0 1 1 , San
Diego.
Abstract submission deadline: March 1 5 , 2 0 1 2
For details, see http://embc2012.embs.org/
BioRob 2 0 1 2
June 2 4 - 2 8 , 2 0 1 2 Rom a,
I ta ly.
See details under: http://www.biorob2012.org/
I CRA 2 0 1 2 , 1 4 - 1 8 May St .
Paul – Minnesota, USA.
See details under: http://www.icra2012.org/
February 2 0 1 2 , I ssue no. 2
Project
Coordinator: Prof. PAOLO
DARI O (SSSA)
Coordinator of
Medical
Act ivit ies: Prof.
ALFRED
CUSCHI ERI
ARAKNES Website: www.araknes.org
Email: [email protected]
I m pressum
This newsletter is issued by the ARAKNES European Project.
W hat is
ARAKNES?
ARAKNES Project is part of the 7th Framework Programme of the European Commission and it involves 11 partners: SSSA (Italy), I CL (United Kingdom), UNI PI (Italy), EPFL (Switzerland), MT (Italy), STM (Italy), USTAN (United Kingdom), KST (Germany), NVN (Germany), UB (Spain), CNRS
(France).
The aim of the ARAKNES Project is the development of an innovat ive
robot ic plat form for
scar- less, or even
no-scar, surgery.
The 5 th Ham lyn Sym posium
on Medical Robot ics, 1 - 2 July
2 0 1 2 , South Kensington
London
Abstract submission deadline 2 8 March 2 0 1 2
Details under, http://www.hamlyn-robotics.org/
I ROS 2 0 1 2 , 7 - 1 0 October
2 0 1 2 Vilam oura, Algarve,
Portugal.
Paper submission deadline: March 1 0 , 2 0 1 2 ; See details under: http://www.iros2012.org/site/
2 0 th I nternat ional Congress
of the European Associat ion
for Endoscopic Surgery
( EAES)
2 0 - 2 3 June 2 0 1 2
Brussels, Belgium See details under: http://congress.eaes.eu/congress2012.aspx
UNI PI – com puter guidance and sim ulat ion pla tform
An integrated platform has been developed to integrate the
SPRINT robot with SIMULATION and NAVIGATION modules. The patient specific simulator allows to practice with the
surgical robotic platform simulating some steps of the
intervention (e.g., single port placement).
The patient specific navigator assists the surgeon during the intervention allowing him to control each part of the robot in
respect with the surrounding anatomy.
For the
SPRINT
assessment an
innovative patient specific
physical
simulation
platform with
silicone organs has been
developed.
After several in vitro optimization tests of the
electrochemical array for
ischemia detection, the
final prototype was tested under in vivo conditions.
This array, that integrates
one bioimpedance sensor
and two potentiometric
sensors for pH and potassium detection,
demonstrates a good
performance in laboratory
experiments, measuring solutions that mimic the
hard conditions found on
the stomach tissue. The
first in vivo test of the
array had shown a change on the
bioimpedance and on the
potentiometry sensors
due to the
ischemia/perfusion changes, which are
promising results for the
biomedical application of
these sensors.
The first in vivo test of the e lectrochem ical array
w as carr ied out successfully.
Robotics for Rehabilitation
Assistive and Service Robotics
Marine and
Environmental
robotics
Educational Robotics
ELS
Robotics Science and Technology in Tuscany
Robotics for Neuro-
development
10 10
Industrial Leadership in Robotics in Tuscany
Tuscany hosts many excellent industries related to robotics:
• 83+ industries
oaverage annual turnover 5.500.000
o25 employees in average
• 28+ spin-off
Tuscany is the third Italian Region
for number of industries and
employees in the field of robotics
120.000+ units
sold worldwide
A new application
for industrial
robotics: robots to
sculpt
RobLog develops
technologies to automate
logistics processes
19 companies in the ICT-
Robotics Innovation Pole
1) Creating Innovation Poles
The Innovation Poles are groups of companies,
research organizations and service centers designed
to stimulate innovative activity by promoting intensive
interactions, the shared use of facilities and exchange
of knowledge and expertise, and by effectively
contributing to technology transfer, to the networking
and the dissemination of information among
companies that make up the Pole
The strategy of the
Tuscany Region towards
Smart Specialization &
Technological Districts
1) Creating Innovation Poles
The Tuscany Region has identified 11 Innovation
Poles, depending on the specific productive potential
of different geographic areas LIFE SCIENCES
TECHNOLOGIES FOR
RENEWABLE ENERGY AND
ENERGY SAVING
OPTOELECTRONICS
FASHION
NAUTICS AND
TECHNOLOGIES
FOR THE SEA FURNITURE AND FURNISHINGS
NANOTECHNOLOGIES
SUSTAINABLE CITIES
MECHANICS
PAPER
ICT & ROBOTICS
The strategy of the
Tuscany Region towards
Smart Specialization &
Technological Districts
2) ICT & ROBOTICS Pole
The ICT & Robotics Pole is a network of over 500
companies, 22,000 employees of which 20% are
employed in R & D, 11 research organizations and
service centers for growth in the Tuscan market
sectors on ICT and Robotics. A network coordinated by
the Technology Centre of Navacchio, as the Subject
Manager.
The strategy of the
Tuscany Region towards
Smart Specialization &
Technological Districts
3) The Robotics Cluster
A cluster is a thematic and / or sectoral aggregate
between companies and research organizations
appointed to carry out functions of integration and
technology transfer. It is a sub-group of the Pole and
constitutes the advisory and guidance instrument for
the definition of technical, operational, strategic
choices of its Pole in the related field
The strategy of the
Tuscany Region towards
Smart Specialization &
Technological Districts
3) The Robotics &
Automation Cluster
25 Companies
4 Research Centers
(Scuola Superiore S.
Anna, and Pisa, Firenze
and Siena Universities)
COORDINATOR:
Scienzia Machinale
SCIENZA MACHINALE - Leader
Quadrifoglio S.p.A.
Prensilia S.r.l.
Opus Automazione S.r.l.
Brusa S.r.l.
Ekymed S.p.A.
Ma.Vi S.r.l.
Linari Engineering S.r.l.
LifeResult S.r.l.
RoboTech srl
Kayser Italia S.r.l
Tecnalia Research &
Innovation
Era Endoscopy
FASTENICA S.R.L.
TechnoDeal S.r.l.
EResult
AIM
HUMANOT
TEXE
ESANASTRI
UNIVERSITA' DI PISA
UNIVERSITA' DI SIENA
UNIVERSITA' DI FIRENZE
Powersoft
Belvedere
QB Robotics
Pitom
SCUOLA SUPERIORE S. ANNA
Rekno
The strategy of the
Tuscany Region towards
Smart Specialization &
Technological Districts
4) Technological Districts “The purposes of technological districts are the larger ones to
contribute to the development and coordination of local
competitiveness through research and innovation, and through
the partnerships between companies, universities and research
institutions in relation to a specific field of technology and
application. "(regional Decree)
In this context, the role of universities is to identify the strategic
lines of scientific-technological development of the territory and
promote its development.
The strategy of the
Tuscany Region towards
Smart Specialization &
Technological Districts
ICT & TLC LIFE SCIENCE
TECHNOLOGIES OF CULTURAL
HERITAGE AND SUSTAINABLE CITY
RENEWABLE ENERGY
MECHANICS AND RAIL TECHNOLOGIES
5) Towards Smart Specialisation
The Smart Specialisation policies are integrated
programs of economic transformation within the
strategies for regional development in the new “Fondi
Strutturali” (2014 – 2020) programming.
The ICT & Robotics Pole is preparing a Smart
Specialisation document with the contributions of each
Cluster which was identified, in particular the one on
Robotics & Automation.
The strategy of the
Tuscany Region towards
Smart Specialization &
Technological Districts
Infancy Maturity Old age
Neurodevelopmental bioengineering
Robotics at work
Robotics for frail age to prolong autonomy
Educational robotics
Surgery/rehabilitation
Search and rescue
Service robotics
Ambient Assisted Living (AAL)
Robot Companions for all ages
Preterm birth Extended independent life
Demographic Ageing
Social Necessity
Major Opportunity
••• 19
Dependency Ratio
•From 1:4 to 1:2
•80+ doubles by 2025
Cost of Care
•Up by 4-8 % of GDP by 2025
Human Resources
•Shrinking work force •Lacking 20 million carers by 2020
Empowerment
•Active Ageing
New Care Models
•Integrated care •Large Efficiency gains
Growth and Markets
•3000 B€ Wealth
•85 Million Consumers and growing
Robotics may be a solution to these societal needs. Provided that…
Research
Local
Administrations
Industry
Insurance and legal
regulations
Infrastructures to test robots in real situations
Citizens
21 21
Societal Challenges
In order to successfully deploy robots it is necessary to involve, inform and
demonstrate to citizens and to public administrations that they will bring about
real benefits to society. Robots should be affordable, sustainable, dependable and
intuitive to interact with.
RoboLaw
The most important outcome of the
research will consist of a White
Paper on Regulating Robotics,
containing guidelines and
suggestions for the European
Commission in the field of regulating
emerging robotic technologies, in
response to the ethical concerns
regarding its applications
Collaborative Project FP7 GA 289092
Sustainable Welfare Roboethics
Roboethics is the ethics
applied to robotics, that is the
human-centered ethics
guiding the design,
construction and use of the
robots.
Roboethics discuss the
potentialities and the limits
of robotics to help building
a better human society.
Robotics technologies to improve
the life of people and help elderly
people to remain active and
creative
Deploying real robots in a real urban setting. The
experience of the FP6 DustBot Project in Peccioli,
Tuscany
The EU DustBot campaign in Peccioli, Pisa, Tuscany
- from June 15 to August 7, 2010-
- in the very heart of the town
with real users: 24 families and 10 business activities
95% of users declaring satisfaction and ease of use
Peccioli (Pisa): The RoboTown
The case of Peccioli as ONE
example of what a
ROBOTICS
INFRASTRUCTURE could be:
a lab town for testing robots
and robotic services
“RoboTown”
Robotic services High-tech
companies
School for designers of robots
and services
Theatre
Theatre school
Museum
Education
Virtous model of
ecosustainable
development
Wellness and
clinical center
Assisted residence
www.robotown.eu
19.11.
2013
ECHORD++’s aim is to help robotics community to work together very closely on an operational level.
New instruments will be used, such as:
Experiments
RIFs (Robotic Innovation Facilities)
PCPP (Pre-Commercial Procurement Pilots)
European Clearing House for Open Robotics Development
Europe has a long tradition of outstanding research and manufacturing in robotics. ECHORD (2008-2013) was installed as an incubator to promote innovation by facilitating the cooperation between academia and industry. ECHORD++ (2013-2018) will further stimulate this interaction between robot manufacturers, researchers and users.
RIFs are facilities for bringing researchers and industry in direct
contact with current and new users of robotics technologies.
The Concept of Robotic Innovation Facilities (RIF)
Advantages that a RIF offers:
• Possibility to have a ready-to-use
realistic test bed, anytime you
want
• Technology transfer/knowledge
sharing straightforward access
to robotics equipment and experts
to support bootstrapping and to
cater for knowledge exchange for
everyone and anyone who is
interested in robotics- no matter
how “unexposed to robotics they
have been before
• Specific technology-oriented
programs for spin-offs/SMEs
RIFs are facilities for bringing researchers and industry in direct
contact with current and new users of robotics technologies.
The Concept of Robotic Innovation Facilities (RIF)
Advantages that a RIF offers:
What is the goal?
To build an “Innovation
Ecology”.
RIFs will attract new
stakeholder groups,
facilitate interdisciplinary
cooperation and address
longterm research fields.
Commission for Atomic Energy and Alternative Energies (CEA), Institute for Smart Digital Systems, Paris, France
RIF: Medical & Health Robotics
Target users:
• SMEs in medical engineering interested
in the latest robotics equipment and its
control as well as interface with
operators (doctors)
• Researchers who have an idea in the
area of medical technology and want to
test it in real environments
• Students from medicine, psychology,
biology who want to test an improve
real robots for medical use
• Health care institutions and end user
association.
The Concept of Robotic Innovation Facilities (RIF)
Bristol Robotics Lab (BRL), Bristol, UK
RIF: Cognitive Workers
Target users:
• SMEs or larger companies
considering how to use robotics
in their processes and where
expertise or considerable
collaborative research is needed
to establish the industrial
feasibility and commercial
viability of the process or
products
The Concept of Robotic Innovation Facilities (RIF)
Universitat Politècnica de Catalunya (UPC), Barcelona, Spain
RIF: Outdoor Logistic, Urban Robotics
The Concept of Robotic Innovation Facilities (RIF)
Scuola Superiore Sant’Anna (SSSA), Pisa, Italy
RIF: Indoor & Outdoor, Logistic, Agricultural, Medical Robotics
Target users:
• Robot manufacturing SMEs and
companies (service robots:
autonomous cars, edutainment
robots, assistive robots,
components)
• Robotics researchers
• Sociology researchers
• Service providers (health care,
waste management, museum
management, public
transportation).
The Concept of Robotic Innovation Facilities (RIF)
: PECCIOLI RIFs
Bio Farm
EredeCrecchi
Nursing Home
Ghizzano
DomoCasaLab
Peccioli Town
Bio Farm
Floriddia Farm of Stassano
Landfill Belvedere
Auxilium Vitae
Rehabilitation Centre-
Volterra
Kitchens Warehouse
Toncelli
Cisanello Hospital
Research Centre on
Sea Technologies and
Marine Robotics
: PECCIOLI RIFs
Cognitive Tools and Workers for Cognitive Factories Target:
Cognitive Tools and Robot Workers that can work on a diversity of tasks in structured environments, such as cognitive factories, labs, warehouses, landfill (i.e. Robotic worker in rubbish dump), etc .
What we offer: - Landfill of Belvedere
i.e.: Tools for the automatization of compaction process
: PECCIOLI RIFs
i.e.: kitchen assembly, transport and storage in the warehouse
Cognitive Tools and Workers for Cognitive Factories Target:
Cognitive Tools and Robot Workers that can work on a diversity of tasks in structured environments, such as cognitive factories, labs, warehouses, landfill (i.e. Robotic worker in rubbish dump), etc .
What we offer: - Landfill of Belvedere - Kitchens Warehouse Toncelli
: PECCIOLI RIFs
General Purpose and Robotic Co-workers
Target: Applications like personalised companion robots, “intelligent” teleoperators, assistants in a mechanical or car-repair work-shop, edutainment robot (robot guide and robot companion, in museum, in the domotic house and nursing home)
What we offer: - DomoCasaLab
i.e.: domotic house and personalised robot companion
: PECCIOLI RIFs
General Purpose and Robotic Co-workers
Target: Applications like personalised companion robots, “intelligent” teleoperators, assistants in a mechanical or car-repair work-shop, edutainment robot (robot guide and robot companion, in museum, in the domotic house and nursing home)
What we offer: - DomoCasaLab
- Museum of Russian Icons
: PECCIOLI RIFs
i.e.: robotic museum guide
General Purpose and Robotic Co-workers
Target: Applications like personalised companion robots, “intelligent” teleoperators, assistants in a mechanical or car-repair work-shop, edutainment robot (robot guide and robot companion, in museum, in the domotic house and nursing home)
What we offer: - DomoCasaLab
- Museum of Russian Icons
- Nursing home
: PECCIOLI RIFs
i.e.:robotic assistant for deambulation and daycare
General Purpose and Robotic Co-workers
Target: Applications like personalised companion robots, “intelligent” teleoperators, assistants in a mechanical or car-repair work-shop, edutainment robot (robot guide and robot companion, in museum, in the domotic house and nursing home)
What we offer: - DomoCasaLab
- Museum of Russian Icons
- Nursing home
- Industries
: PECCIOLI RIFs
i.e.: industrial co-worker
Cognitive Logistics Robots
Target: Robotic environment able to provide a service for people in order to simplify the execution of specific tasks, such as logistics robots that provide autonomous transport of goods and autonomous transport of people (especially elderly people) in urban area, from streets to houses passing through condos (i.e. Robotown)
What we offer:
- Peccioli: from streets and squares to condos
i.e.: - Robotic services to assist in every climatic condition (helping in food and medicine shopping and garbage collection)
: PECCIOLI RIFs
Medical Robotics
Target: “intelligent”, adaptive and auto-navigating instruments for minimally invasive surgery, cooperating robots performing typical tasks in parallel in a surgical environment, novel interfaces for instrument control and multimodal feedback to/from surgeons, situation-sensitive assistance systems for surgical procedures, observation systems for tracking the steps in an operation room, etc.
What we offer: - Auxilium Vitae Rehabilitation Centre, Volterra
- Joint Open Lab with Telecom Italia on Disruptive Innovation in e-Health Systems, Pontedera
- Locomotion Disorders Laboratory, Pisa;
- Center for Micro-BioRobotics IIT @ SSA, Pontedera.
- Neuro-Developmental Engineering Laboratory, Pisa;
- Cisanello Hospital, Pisa
: PECCIOLI RIFs
Agricultural and Food Robotics
Target: Robotics can change the entire homestead or agricultural facility: thanks to the automatization of the entire process from the raw product to the finished one (i.e. from grain to flour to pasta; from fruit to beverage) and the development of agricultural robots for precision farming (i.e. automatized cleaning of barns, harvest, groom).
What we offer: - Biofarm Floriddia
- Biofarm Erede Crecchi
i.e.: automatization of process: - From seeding to final product
: PECCIOLI RIFs
Agricultural and Food Robotics
Target: Robotics can change the entire homestead or agricultural facility: thanks to the automatization of the entire process from the raw product to the finished one (i.e. from grain to flour to pasta; from fruit to beverage) and the development of agricultural robots for precision farming (i.e. automatized cleaning of barns, harvest, groom).
What we offer: - Biofarm Floriddia
- Biofarm Erede Crecchi
i.e.: automatization of process:
- Collecting and cleaning processes - From seeding to final product
: PECCIOLI RIFs
Agricultural and Food Robotics
Target: Robotics can change the entire homestead or agricultural facility: thanks to the automatization of the entire process from the raw product to the finished one (i.e. from grain to flour to pasta; from fruit to beverage) and the development of agricultural robots for precision farming (i.e. automatized cleaning of barns, harvest, groom).
What we offer: - Biofarm Floriddia
- Farm of Stassano
- Biofarm Erede Crecchi
i.e.: automatization of process:
- Collecting and cleaning processes - From seeding to final product
- Harvesting
: PECCIOLI RIFs
i.e.: Automatization of animal cleaning and feeding processes
Agricultural and Food Robotics
Target: Robotics can change the entire homestead or agricultural facility: thanks to the automatization of the entire process from the raw product to the finished one (i.e. from grain to flour to pasta; from fruit to beverage) and the development of agricultural robots for precision farming (i.e. automatized cleaning of barns, harvest, groom).
What we offer: - Biofarm Floriddia
- Farm of Stassano
- Biofarm Erede Crecchi
: PECCIOLI RIFs
From excellent science and technology to validation in real circuits…
… to fulfil real societal needs and to materialize a new and huge market
From basic tasks to more demanding
tasks and to ‘dream’ tasks…
Up to 50 hours
per household
lost each week
with labor at
home
Forecasts predict a 2-digit
growth for the market of
robots, in particular for service
robots, and an even sharper
growth for HEALTHCARE
robots (in surgery,
rehabilitation, assistance to
elderly and disabled persons)
Conclusions
• Robotics is one of the 12 ‘Disruptive technologies: Advances that will transform life, business, and the global economy’ (McKinsey Report, May 2013)
Conclusions
• Robotics is one of the 12 ‘Disruptive technologies: Advances that will transform life, business, and the global economy’ (McKinsey Report, May 2013)
• Robots can provide very useful services to citizens and contribute to a sustainable welfare system
• Europe is an undisputed world leader in research, education and industry (Industrial Leadership) in robotics
• The real exploitation of the enormous potential market of robotics requires additional research (Excellent Science), better education of innovators, and extensive tests and validation in realistic and real settings (Social Challenges)
• Dedicated infrastructures are needed to ….
From the Workshop ‘Heading Towards Horizon2020’, June 2013, by Philippe Froissard
Conclusions
• Robotics is one of the 12 ‘Disruptive technologies: Advances that will transform life, business, and the global economy’ (McKinsey Report, May 2013)
• Robots can provide very useful services to citizens and contribute to a sustainable welfare system
• Europe is an undisputed world leader in research, education and industry (Industrial Leadership) in robotics
• The real exploitation of the enormous potential market of robotics requires additional research (Excellent Science), better education of innovators, and extensive tests and validation in realistic and real settings (Social Challenges)
• Dedicated infrastructures are needed • Several cases already exist of how these robotics infrastructures
could be implemented • The robotics community (academic, research, industry) is ready
and willing to extend these examples to a real distributed infrastructure of nodes in many different Countries and Regions throughout Europe