Den femte digitaliseringsbølgen - fra data til innsikt!
12.12.2017
Morten Dæhlen Professor/Dean
Wave of digitalization is an extraordinary huge growth
in use of digital solutions
Digitalization refers to the adoption of digital solutions by an organization, industry, country,
etc.
(Oxford English Dictionary, mid-1950s)Data Technology Application Higher order objectives
….. -5 -4 -3 -2 -1 0 1 2 3 4 5 …..
De første regnemaskiner
Leonardo da Vinci (1500)
Gottfried Wilhelm Leibniz (1694) Blaise Pascal
(1642)
Charles Babbage (1791-1871)
Augusta Ada King, Countess of Lovelace (1815-1852)
Minneenhet
Kontroll- enhet
Aritmetisk logisk enhet
Akkumulator
John von Neumann(1907-1956) Alan Turing
(1912-1954)
Programvare styrer verden
Ole-Johan Dahl og Kristen Nygaard
Transistoren - stadig mindre,
stadig sterkere
1960 2030
From data to insight
5
From data to insight
5
The computing age is here
The personal computer
Internet for all
Connecting people (and things)
2
1 3
4
Global challenges
(“total” convergence)
6
Data science (big data)
ICT security
Software engineering Autonomous
systems
Analysis (algorithms)
Safe data (sensitivity)
Robustness (resilience)
Sensors
Cloud technology
Work processes (lean) Language
technolgy
Semantics and logics
Visualization (Augmented R) Machine learning
(deep learning) Artifical intelligence
Prediction (statistics)
Software tools and platform
Data repositories (databases) Data mining,
search, filtering
Systems and data integration
HCI (user interfaces)
(Nano)Electronic systems Open source
code and systems Communication
networks Wireless
communication
Imaging Knowledge
representation
Robotics
Signal processing Pattern
recognition
Software architecture
Universal design
High performance computing
Business in the digital era
3D printing
Energy efficiency Neural
networks
Simulation
Virtual workplaces Cluster analysis,
classification
Connected society
Digital economy Leadership
in the digital era
Internet of things
Programming
Machine learning (Artificial
intelligence)
ICT-security, robustness, and
communication
Digital economy and leadership
Human Computer Interaction
Knowledge representation
Simulation and visualization
Programming and system architecture (Software engineering)
Electronics and sensor technology
Access Analysis Presentation Visualization
Insight Knowledge Data
Numerous computational tools available, both commercial and open source
Data bases Data mining Semantics/logics
Software Machine learning
Pattern recognition Simulation
Cluster analysis Visualization
Classification Search
Filtering
…...
Automation Sensors(capturing)
Data Science
DataScience@UiO
The BIGMED project
MEDIMA ++
Centre for Bioinformatics
Systems biology Health Information
System Program
Scalable access to big data
Statistics for the knowledge society
Knowledge repositories Patient data
Medical image formation and analysis
Research, education and services Services for
sensitive data
Computational and mathematical
modeling of complex biological system.
Data Science & Health/Medicine
(Highlights)
Knowledge representation
Machine learning Security and
robustness System
architecture Simulation
Domain knowledge and interdisciplinary actions
Senter for Bioinformatikk MN/IFI
Forskning Utdanning Tjenester
USIT Advisory
board Vertskap
MN MED MLS/LV OUS HSØ
Finansiering
NFR EU
Styre
Leder
01.09.2017 16
TSD in a nutshell TSD in a nutshell
VIRTUAL HOTEL
HPC CENTRAL STORAGE GATEWAYS
2-FACTOR
AUTHENTICATION
01.09.2017 17
TSD in numbers
• > 350 VIRTUAL MACHINES
• > 1500 USERS
• 1.2PiB DATA
• > 300 PROJECTS
• > 7000 NETTSKJEMA/WEEK
The workforce of tomorrow!
2018
17 Master programmes (2-years)
2017
Master (5-years)
Verdien av helsedata
Innovasjonsseminar, 10. januar 0900-1230, Sophus Lies Auditorium
For program og påmelding
http://www.mn.uio.no/om/aktuelt/arrangementer/konferanser/innovasjo nsseminar%3A-helsedata-som-verdiskaper.html
https://www.facebook.com/events/373282153128824/
