From asmusf@ix.netcom.com Sat Apr 1 20:27:22 1995 Received: from moose.cs.indiana.edu by whale.cs.indiana.edu (5.65c/9.4jsm) id AA04205; Sat, 1 Apr 1995 20:27:21 -0500 Received: from ix3.ix.netcom.com by moose.cs.indiana.edu (5.65c/9.4jsm) id AA21394; Sat, 1 Apr 1995 20:27:19 -0500 Received: from by ix3.ix.netcom.com (8.6.12/SMI-4.1/Netcom) id RAA09992; Sat, 1 Apr 1995 17:24:36 -0800 Date: Sat, 1 Apr 1995 17:24:36 -0800 Message-Id: <199504020124.RAA09992@ix3.ix.netcom.com> From: asmusf@ix.netcom.com (Asmus Freytag) Subject: Ethiopian To: dmulholl@cs.indiana.edu Status: R Unicode has run into difficulties every time it tried to diverge from existing PC and mainframe character standards in the definition of "what a character is". The recent Korean issues underscore this point. In this light I would be interested in what you know about the encoding of Ethiopian on PC's. Is it being used, how is it squeezed into 8-bit character sets. What are the issues. My concerns are that many of the systems implementing Unicode will do so concurrently with implementing 8-bit character sets for existing system interfaces and libraries. As the Korean example has shown, there is strong resistance where these solution differ from Unicode in what constitutes the atomic character. On the other hand, as implementation of Unified Han has shown, differences in the arrangement are of no practical concern. A./ Asmus Freytag ASMUS, inc.