Reasoning about Effects of Concurrent Actions
Chitta Baral and Michael Gelfond
Gelfond and Lifschitz introduce a declarative
language $\cal A$ for describing effects of actions and describe
translations of theories in this language into extended logic programs.
In this paper we extend the language $\cal A$ and its
translation to allow reasoning about the effects of concurrent
logic programming formalization of situation calculus with concurrent
actions presented in the paper is of independent interest and may
serve as a test bed for the investigation of various transformations
and logic programming inference mechanisms.