Environmental decision making needs to be informed in many ways, also depending on the scale:
Namely, nonlinearities in IAMs escalate the issue of consistency between sort-term actions and long-term targets. Artem Baklanov applies the attainable set approach to circumscribe possible short–term actions that are consistent with a specified long–term target, as well as to reveal which long–term targets are still attainable depending on a chosen short–term policy.
To analyze global socioeconomic problems, it is helpful to study models formulated as repeated games and use the concept of the strategic equilibrium to describe a rational outcome of multi-agent interactions. Artem Baklanov focuses on strategies with restricted memory representing bounded rationality and explores how a small change in the complexity of strategies, which can be interpreted as a change in the ‘boundedness’ of rationality, influences some important properties of the Nash equilibrium.
Public participation in scientific research is a new global trend helping to improve existing monitoring tools. To improve the quality of data collected at crowdsourcing campaigns, Artem Baklanov uses vote aggregation procedures based on state-of-the-art machine learning algorithms and performs data pre-processing using computer vision algorithms to exclude ambiguous and low-quality images from visual inspection by volunteers.
Funding: IIASA Postdoctoral Program
Program: Advanced Systems Analysis Program
Dates: August 2014 – August 2016
Last edited: 22 June 2017
Related research program
Postdoctoral research at IIASA
Baklanov A (2017). On a density property of weakly absolutely continuous measures. General case. Izvestiya Instituta Matematiki i Informatiki 2 (50): 3-12.
Chentsov A, Baklanov A, & Savenkov I (2017). On Control Problem with Constraints of Asymptotic Character. In: 8th International Conference on Physics and Control (PhysCon 2017). International Physics and Control Society (IPACS).
Baklanov A, Chentsov A, & Savenkov I (2017). On reachable sets for one-pulse controls under constraints of asymptotic character. Cybernetics and Physics 6 (4): 166-173.
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