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Publication date: 1 de June, 2021

ESP: A Logic of Only-Knowing, Noisy Sensing and Acting

When reasoning about actions and sensors in realistic domains, the ability
to cope with uncertainty often plays an essential role. Among the
approaches dealing with uncertainty, the one by Bacchus, Halpern and
Levesque, which uses the situation calculus, is perhaps the most
expressive. However, there are still some open issues. For example, it
remains unclear what an agent’s knowledge base would actually look
like. The formalism also requires second-order logic to represent uncertain
beliefs, yet a first-order representation clearly seems preferable. In this
talk we show how these issues can be addressed by incorporating noisy
sensors and actions into an existing logic of only-knowing.
Joint work with Gerhard Lakemeyer.

Presenter

Alfredo Gabaldon,

Date 21/10/2009
State Concluded
Host Bio Alfredo Gabaldon holds a PhD from the University of Toronto, where he was a member of the Cognitive Robotics Group, and MS and BS degrees from the University of Texas at El Paso. From 2004--2008 he was Research Scientist at NICTA NRL Lab in Sydney, Australia and Research Fellow at the U. of New South Wales. He joined CENTRIA as a researcher in September 2008.