- From: Peter Patel-Schneider <pfps@comcast.net>
- Date: Sat, 22 Oct 2005 22:06:32 -0400
- To: public-rule-workshop-discuss@w3.org
> > From: <jos.deroo@agfa.com > <mailto:jos.deroo@agfa.com?Subject=Re:%20question%20about%20rules%20where%20the%20conclusions%20are%20rules&In-Reply-To=%3COF3DDB57F7.21791E31-ONC12570A2.005352A2-C12570A2.0053D281@agfa.c%3E&References=%3COF3DDB57F7.21791E31-ONC12570A2.005352A2-C12570A2.0053D281@agfa.co%3E>> > > Date: Sat, 22 Oct 2005 17:15:40 +0200 > To: public-rule-workshop-discuss@w3.org > <mailto:public-rule-workshop-discuss@w3.org?Subject=Re:%20question%20about%20rules%20where%20the%20conclusions%20are%20rules&In-Reply-To=%3COF3DDB57F7.21791E31-ONC12570A2.005352A2-C12570A2.0053D281@agfa.c%3E&References=%3COF3DDB57F7.21791E31-ONC12570A2.005352A2-C12570A2.0053D281@agfa.co%3E> > > >how does one call rules written in the form of A => (B => (C => D)) >which is of course the same as (A & B & C) => D >but I was just wondering wether there was a special name for the former >form.. > >-- >Jos De Roo, AGFA http://www.agfa.com/w3c/jdroo/ > I don't understand your question. Why wouldn't you call them ill-formed? Many, probably most, rule formalisms don't allow such rules. Even if a formalism permits embedded arrows, it may not be the case that the equivalence you mention holds. Peter F. Patel-Schneider
Received on Sunday, 23 October 2005 02:01:36 UTC