Conditionals play a central part in knowledge representation and reasoning. Describing certain relationships between antecedents and consequences by if-then-sentences their range of expressiveness includes commonsense knowledge as well as scientific statements. In this paper, we present the principles of maximum entropy resp. of minimum cross-entropy (ME-principles) as a logically sound and practicable method for representing and reasoning with quantified conditionals. First the meaning of these principles is made clear by sketching a characterization from a completely conditional-logical point of view. Then we apply the techniques presented to derive ME-deduction schemes and illustrate them by examples in the second part of this paper.
['Gabriele Kern-Isberner']
A Logically Sound Method for Uncertain Reasoning with Quantified Conditionals