Arne J. Berre · • Custom code for cloud Applications ([email protected] ) • ... • Cloud...

Technology for a better society

Arne J. Berree.mail: [email protected], [email protected]

www.sintef.no and http://www.sintef.no/en/information‐and‐communication‐technology‐ict/

Technology for a better Societywww.sintef.no

RESEARCH FOR INNOVATION


Some selected Master thesis topic areas 2017with contact persons at SINTEF Digital

• General contact for SINTEF Digital: [email protected] / [email protected] (Phone: +47 9204 7452)• Cyber Risk ‐ Security, Trust, Risk Analysis and CORAS ‐ ([email protected] )• Visualisation of Customer Service + ChatBots ([email protected], [email protected])• User Experience, Interaction Design and HCI ([email protected] )• Big Data, AI, Machine Learning, Drones/Internet of Things and Cloud/HPC computing – with various Application domains/partners• Big Data and IoT Technologies for Fisheries and Aquaculture, Agriculture, Forestry (Data Bio project) ([email protected])• Big Data for Energy and Smart Grids (Energytics – Hafslund) ([email protected])• AI/Machine LearningAnalytics applied to forecasting and predictions in various domains (Smart Cities, Energy, Health, Manufacturing)• BigLearn – Big Data and AI/Machine Learning/Deep Learning for Industrial applications ([email protected])• Big Data and IoT Technologies for Smart Cities (with Smarte Byer Norge and Oslo Kommune) ([email protected])• Autonomous Drones – for indoor and outdoor operations ([email protected] )• Blockchain technologies applied for data marketplaces and smart contracts ([email protected] )• IoT and NoSQL databases ‐ Big Data architectures and benchmarking ([email protected])• Big Data and Linked Open Data ([email protected] )• Semantic Web and Technology Applications ([email protected] )• Extending cloud computing standards to enable self‐adaptive cross‐cloud applications([email protected] )• Custom code for cloud Applications ([email protected] )• Big Data Architecture for sensor based manufacturing improvement ([email protected] )• UAV and Drones ‐ Autonomous System Modeling and Control ([email protected] )• Digitalisation toolkit for Manufacturing SMEs in Norway ([email protected] )• Scientific Computing and Visualisation, ([email protected])• Deep Learning/(GPUs)/Machine Learning and AI for Big Data Analytics, ([email protected], [email protected] )• Cloud computing and Model Driven Development ( [email protected] )• A wizard for a Cloud deployment modeling framework ([email protected]) • Internet of Things, ThingML for Arduino and Android ([email protected] )• Optical Measurement Systems and Data Analysis ([email protected])• Microsystems and Nanotechnologies ‐MiNaLab ([email protected] )• + many others …• See www.sintef.no/cts and http://www.sintef.no/ict


SINTEF is the largest independent research organisation in Scandinavia

• Leading expertise in the natural sciences and technology, environment, health and social science

• 2000 employees from 70 countries• Annual sales of NOK 3 billion (EUR 400 mill) – customers in more than 60 countries• A non‐commercial research foundation with subsidiaries


SINTEF offers unique prospects for people with ability and drive to develop their potential.

• 2000 employees

• 1350 researchers

• 51 percent of our researchers hold doctorates.

• Colleagues from 70 countries

• 33 percent of our staff are women

• One of the most attractive workplaces in Norway ‐ (ranked highest as a future employer among technical/science students at UiO and NTNU 2017 – in Universum survey)


Research for Innovation ‐ in GaustadbekkdalenSINTEF and UiO/Ifi

IfiOJD


Tromsø

Raufoss

Stavanger

Bergen

Ålesund

Mo i Rana

Trondheim

Oslo

Spitsbergen

Regional presence in Norway is part of our strategy


Our partnership with UiO (and NTNU, Trondheim) functions at both strategic and operational levels

Joint use of laboratories and equipment

SINTEF staff teach at UiO

UiO personnel work on SINTEF projects

Strategic coordination

Cooperation between SINTEF and UiO has developed over 60 years


Close collaboration is the basis for innovation and high scientific quality

Industrial relevance – Industrial involvement – Scientific methods


Researchers at SINTEF have teaching positions at UiO/Ifi

• INF5150 (Fall 2017) ‐ Unassailable IT‐Systems (Ketil Stølen)

• INF2260 (Fall 2017 ) ‐ Interaction design (Amela Karahasanovic)

• INF5120 (Spring 2017) ‐ Model Driven System Development – (with Business Engineering, Service Innovation and service design) (Arne J. Berre)

• Useful background for some of our master thesis topics (Networked Systems and Services).

3 GEMINI Centres with SINTEF, UiO and NTNUAI – Big Data – IoT

10

GEMINI Centre for

Applied AI

GEMINI Centre for

Big Data

GEMINI Centre for IoT

Telenor/NTNUAI Lab

TelenorIoT

SINTEFBigLearn

SINTEFIoT

SINTEFAI

SINTEFBig Data


SINTEF Building and InfrastructureSINTEF Digital

SINTEF Materials and ChemistrySINTEF Technology and Society

A multidisciplinary research organisation with international top level expertise in specific fields

SINTEF Energy ResearchSINTEF Ocean Fisheries and

Aquaculture, MARINTEKSINTEF Petroleum Research


Application areas – Societal ChallengesVision: "Technology for a better society"

• Health, demographic change and wellbeing;

• Food security, sustainable agriculture and forestry, marine and maritime and inland water research, and the bioeconomy;

• Secure, clean and efficient energy;

• Smart, green and integrated transport;

• Climate action, environment, resource efficiency and raw materials;

• Inclusive, innovative and reflective societies

• Secure societies ‐ protecting freedom and security of Europe and its citizens

SINTEFDIGITAL SINTEF Digital

Executive Vice President Institute staff

Software engineering,Safety and security

Software and Service Innovation

Connectivity Technology and Platforms

Mathematics and Cybernetics

Microsystems andNanotechnology

Smart Sensor Systems

HeterougenousComputing

HCI – Human Computer Interaction

Geometry CR – Cyber Risk

Optimisation SD – Smart Data

Computational Geosciences SIS ‐ Smart IoT Systems

Computational Geosciences and Engineering

Automation and Real‐time Systems

Robotics and Control

Analytics and Artificial Intelligence

Information Security

Smart Cities

Process Improvement and Knowledge Management

Digital Inclusion

Acoustics

Communication Systems

Service

Production

Medical Sensors and BioMEMS

Micro Optics

Optics

Image Analysis

Biomedical Technology

Advanced Packaging and Interconnects

Silicon Technology Instrumentation for Harsh EnvironmentsSystem Safety

Smart Seas

Technology for a better society14

SINTEFs Mode of OperationFrom Basic Research to Innovation

Dissemination

BasicResearch

Applied Research

Development Commercialisation

Technology Market

Focus on:

• R&D Results,Patents and IP

• Products andServices

• SystemSolutions

• Business Concepts

• Spin‐offCompanies

Master and PhD Thesis topics

Startups …


Master thesis at SINTEF• Focus on: Technology for a better society and Research for Innovation

• Problem‐oriented focus ‐ Applied Research – working with problem owners and solution providers in industry (large, SME) and government

• International collaboration – participation in European and International projects –international research partners

• English as working language for the thesis work. Located near Ifi in Gaustadbekkdalen.

• We will have a dedicated presentation meeting of various possible thesis topics in the beginning of October. You might also make direct appointments with the contact persons (see their contact e.mails) for further meetings.

• Possibility for part time work engagement during the thesis work ‐ related to thesis subject and relevant projects at SINTEF

• Possibility for future employment as research scientist (working with international development around the latest technologies) and/or PhD studies – and interesting place to start your career!


Part time job at SINTEF while doing the thesis?

• Some of the thesis topics are related to projects at SINTEF where it also is possible to have a part time job working on project activitieswith relevance for the thesis.

• Many of the researchers working at SINTEF have been recruitedbased on the master thesis work they have done at SINTEF.

• Many of the researchers employed after having done the master thesis at SINTEF ‐ continue later with PhD work or use their acquiredcompetence in further industrial work or consulting – and go intostartup companies or established companies based on their acquiredcompetence.


The Digital Transformation with Industry 4.0 and theIndustrial Internet


DigitalNorway – Toppindustrisenterethttps://www.digitalnorway.com/

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SmartOcean

SmartBioTech

SmartHealth

SmartMobility

SmartBuildings

SmartEnergy

Data

Collection

Data

Processin

g

Prep

aration Cu

ratio

n,

Storage adnaccess

Analysis

Value

SmartIndustry

SmartCities

Data ManagementCollection, preparation, curation, access

Structured, semi‐structured, non‐structured

Processing ArchitecturesBatch, Interactive, Streaming/Realtime, Event/CEP

Visualization and User Interaction

Assets, Sensors and Actuators (Edge, Fog, IoT, CPS)

Industrial Analytics, Machine Learning/AIDescriptive, Diagnostic, Predictive, Prescriptive

(Un)Supervised learning, Hybrid analytics

Geospatial

WebGraph

Text,Language

SensordataNumbers

Image,Video,audio

Metadata

Standards

..

Cloud and High Performance Computing (HPC)

Developm

ent ‐Engineering and D

evOps

CyberSecurity, Risk, Trust, Data Privacy

SINTEFDigital PlatformReference Modelwith SINTEF DigitalSINTEF ManufacturingSINTEF EnergySINTEF Buildings&InfrastructureSINTEF Health SINTEF MobilitySINTEF Materials&ChemistrySINTEF Petroleum

Marketplaces, Ecosystem

s, and Innovation support

Communication and Connectivity

Solutions with combinations of : Structured data, Time Series/IoT/Streaming, Geo/Spatiotemporal, Image/Video/Audio, Text/NLP, Text/Genomics, Graph/Network/Linked data/metadata

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citi‐sense.nilu.no

CITI‐SENSEProactivity –

also for citizensand society

INNOVATION FOR SUSTAINABLE URBAN SOLUTIONS I THE MEDICI URBAN INITIATIVE VALUE FOR CITIES I 21

INPUTS

Some enabling technologies fromSINTEF:• Air Quality Monitoring and sensing Citizens – Outdoor air quality with mobile apps and sensors and indoor air quality in schools and kindergardens, as well as other mobile citizen sensors.

• Big City Data - Making public big data available as Linked Open Data (LOD) supporting innovative predictions and analytics.

• Urban Biodiversity – Urban planning with Land use and Land cover – Monitoring Biodiversity in Oslo related to urban and rural areas, involving crowd sourcing/crowd sensing with apps and mobile sensors.

• Others– …..

Results / Benefits:

• Tools and techniques for physical and human sensor monitoring and observations.

• Tools and techniques for Big City Data management, architecture, andalytics, privacy and visualisation

• SINTEF Building and Construction, supporting Energy efficient building of the future

City Cases:Oslo

SCOPES ADDRESSED

• Building and Urban Environment:construction of energy efficient

buildings, intelligent use of thermal mass

• Energy and Environment: Transition to renewables. Smart interaction of different systems at district levels

• Transport and Mobility: reduction transport planning, electro-mobility and smart charging grid

• Digital Services for Citizens and the Administration: advanced ICT smart,

linked open data to support prediction and analysis

Technology for a better society18/08/2017

IoT/Edge Smart Homes/eHealth services with

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24

HEADS IoT stand at Telenor


DataGraftData Transformation and Linked Data Publication Process

• Interactive design of transformations• Repeatable transformations• Reusable/shareable transformations (user-based access)• Cloud-based deployment of transformations, (CloudML)• Self-serviced process• Data and Transformation as-a-Service

Augment Reality (AR) for Property‐related Datain Norway, by and SINTEF

AR for buildings AR for underground infrastructure

What’s the impact of a new building on its surroundings? Where are the underground pipes?

Open Transport Data

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• NFR, Innovasjonsprosjekt for offentlig sektor (IPO)

• Big Data management and management of dynamic pipelinesSpanning from IoT‐Cloud

• SINTEF (lead), vegvesenet, Kystverket, Oslo Kommune, ITS Norge

ITSCVIS services architecture

Execution infrastructure ( OSGi based)

Basic Facilities Domain Facilities

Services

Communication Infrastructure (including OS and Hardware (sensors, actuators etc) )

Native / Real - timeapplications

Security

Lifecycle DDS

ConnectionManager

HMI HMCA Billing&Payment

Position&Map matching

MapProvision

NativeInterface

…

DangerousGoods

ParkingZones

FlexibleBus LaneEnhanced

DriverAwareness

Routing

NetworkAssessmentCoop.

TravelersAssistance

AccessControl

Traffic ControlAssessment

Coop.Traffic

Information

CoopMonitoring

Vehicle/Roadside

Tree

Priority

Information

Coop.Traffic Control

BroadcastDep &prov

Identity

LocationReference

GSP

SpeedProfile

31

MAsens is a "living" toolbox

of generic technology and know‐how for mobile and autonomous systems


Some selected Master thesis topic areas 2017with contact persons at SINTEF Digital

• General contact for SINTEF Digital: [email protected] / [email protected] (Phone: +47 9204 7452)• Cyber Risk ‐ Security, Trust, Risk Analysis and CORAS ‐ ([email protected] )• Visualisation of Customer Service + ChatBots ([email protected], [email protected])• User Experience, Interaction Design and HCI ([email protected] )• Big Data, AI, Machine Learning, Drones/Internet of Things and Cloud/HPC computing – with various Application domains/partners• Big Data and IoT Technologies for Fisheries and Aquaculture, Agriculture, Forestry (Data Bio project) ([email protected])• Big Data for Energy and Smart Grids (Energytics – Hafslund) ([email protected])• AI/Machine LearningAnalytics applied to forecasting and predictions in various domains (Smart Cities, Energy, Health, Manufacturing)• BigLearn – Big Data and AI/Machine Learning/Deep Learning for Industrial applications ([email protected])• Big Data and IoT Technologies for Smart Cities (with Smarte Byer Norge and Oslo Kommune) ([email protected])• Autonomous Drones – for indoor and outdoor operations ([email protected] )• Blockchain technologies applied for data marketplaces and smart contracts ([email protected] )• IoT and NoSQL databases ‐ Big Data architectures and benchmarking ([email protected])• Big Data and Linked Open Data ([email protected] )• Semantic Web and Technology Applications ([email protected] )• Extending cloud computing standards to enable self‐adaptive cross‐cloud applications([email protected] )• Custom code for cloud Applications ([email protected] )• Big Data Architecture for sensor based manufacturing improvement ([email protected] )• UAV and Drones ‐ Autonomous System Modeling and Control ([email protected] )• Digitalisation toolkit for Manufacturing SMEs in Norway ([email protected] )• Scientific Computing and Visualisation, ([email protected])• Deep Learning/(GPUs)/Machine Learning and AI for Big Data Analytics, ([email protected], [email protected] )• Cloud computing and Model Driven Development ( [email protected] )• A wizard for a Cloud deployment modeling framework ([email protected]) • Internet of Things, ThingML for Arduino and Android ([email protected] )• Optical Measurement Systems and Data Analysis ([email protected])• Microsystems and Nanotechnologies ‐MiNaLab ([email protected] )• + many others …• See www.sintef.no/cts and http://www.sintef.no/ict

Arne J. Berre · • Custom code for cloud Applications ([email protected] ) • ... • Cloud...

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