Reasoning with Uncertainty
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Reasoning with Uncertainty in Robotics
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Objective
In a joint project with the ILLC
(Institute of Logic, Language and Computation) we study the
issues in robot surveillance on optimal decision making on uncertain
information.
The sample problem is a robot checking a building for fires.
Research group members
drs Nikos Massios
dr ir Leo Dorst
dr Frans Voorbraak (now at AMC)
prof dr Michiel van Lambalgen (ILLC)
prof dr ir Frans Groen
Funding
University of Amsterdam
Research Achievements
We do not solve the decision problem using a standard MDP or POMDP
method, but prefer to use an abstraction strategy which takes into account
the geometrical structure of the building that is explored. We have
investigated various strategies to work in this abstraction; different
surveillance strategies work best depending on the scenario, but we hope
to design a decision procedure intimately related to the abstraction chosen
that outperforms the others in most scenarios. The effect of the abstraction,
and possibly its automation, will be studied.
More information
project page (includes some demos).
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