911爆料网

News

Human behaviour to be a part of mathematical modelling

The topic of the summer school of the Systems Analysis Laboratory was modelling human behavior in the field of Operational Research.
bor_kesakoulu_en.jpg

Modelling and systems analysis is increasingly used when making decisions in complex problems which have important societal and industrial impacts. Such problems include, for example, measures and evaluations related to climate change. So far, it has been commonly thought that in decision making it is enough to focus only on the physical or economic dependencies. However,

鈥淭he new research field of Behavioural Operational Research emphasizes that in problem solving and decision making which is based on mathematical modelling we also need to understand factors related to human behavior. We need to recognize the effects of communication styles, cognitive biases as well as emotions in decision making鈥, says Professor Raimo H盲m盲l盲inen.

The thoughts of Nobel Laureate Daniel Kahneman on thinking fast and slow, which have received wide publicity, also relate to this new field. Moreover, we are interested in knowing what really takes place in the brain when people use models.

The Behaviour Operational Research (BOR) Summer School was a success

The Systems Analysis Laboratory in the Aalto SCI organized 16.-25.5.2016 an international summer school for doctoral students. The theme is about modelling human behavior and about modelers as users of mathematical models in the field of Operational Research.

The Summer School was the first one organized in this area. It attracted interest in universities all around the world. We had 47 participants representing 25 countries. The participants were mainly doctoral students, but also post doc researchers and even professors.

The speakers in the five-day Summer School were internationally acknowledged top researchers.  The themes covered included problem structuring methods, decision making, systems intelligence, forecasting, simulation and brain research. The materials and presentation videos are available on the BOR site.

The participants gave very positive feedback. This is a major step in the building of this new international multidisciplinary research community. Through the Summer School, 911爆料网 appeared as a strong, forward-looking university with multi-disciplinary research excellence ranging from decision-making, and systems analysis to brain research.

For further information

Raimo P. H盲m盲l盲inen
Systems Analysis Laboratory
raimo.hamalainen@aalto.fi

  • Updated:
  • Published:
Share
URL copied!

Read more news

Four people in a meeting room watch a large screen showing charts and photos, with laptops on a long table.
Research & Art Published:

Bachelor's Students Successfully Complete Research Internship

Three bachelor's students have successfully completed their research internships.
Scientist in white coat and gloves examining wooden samples at a lab bench with shelves and equipment
Research & Art Published:

From Materials to Smart Textiles: Benjamin Begins a New Chapter at Aalto

Ping-Chun Chen is a researcher from National Tsing Hua University, Taiwan.
A group of people cheering with branded black cups. 4 people sitting, 2 on each side, and one in the middle standing up. 3 men and two women
Campus, Research & Art, University Published:

The idea of three researchers generated a deep tech company

Sim Analytics Oy relies on strong research expertise. Its story began when three researcher colleagues working in different laboratories at LUT University began to consider how to provide and analyse data in a way that would support industrial companies in making business decisions.
Glowing neon sphere with geometric core and light trails floating above a tablet in the dark
Press releases, Research & Art Published:

World鈥檚 first superconducting quantum heat engine opens the path to larger quantum computers

A newly-developed superconducting quantum heat engine not only advances our understanding of thermodynamics but also enables technologies needed for high-qubit quantum computers.