Hi Steve,
I'd rather assume a many to many. In general, faceted classification is
the only way to avoid combinatorial explosions in the thesauri. The .1
properties should be equivalent to free subproperty declarations. Any
technical reason for such a constraint?
best,
Martin
On 11/18/2020 11:52 AM, Christian-Emil Smith Ore wrote:
Sounds right. We should make a note somewhere in the introduction.
Christian-Emil
------------------------------------------------------------------------
*From:* Stephen Stead <[email protected]>
*Sent:* 18 November 2020 09:50
*To:* Christian-Emil Smith Ore; [email protected]
*Subject:* RE: [Crm-sig] quantification of .1 properties
Hi Christian-Emil
I have always considered there to be only one possible .1 per instance
of the base property. Any additional “complexity” can be dealt with in
the Thesaurus supporting the E55 Type. Of course if you implement with
the PC class then the world is your oyster!
TTFN
SdS
Stephen Stead
Tel +44 20 8668 3075
Mob +44 7802 755 013
E-mail [email protected] <mailto:[email protected]>
LinkedIn Profile https://www.linkedin.com/in/steads/
<https://www.linkedin.com/in/steads/>
*From:*Crm-sig <[email protected]> *On Behalf Of
*Christian-Emil Smith Ore
*Sent:* 18 November 2020 08:27
*To:* [email protected]
*Subject:* [Crm-sig] quantification of .1 properties
Dear all,
What is the quantification of .1 properties? For example for P3 has
Note it can be useful to use more than one instanc eof the P3.1 has
type: E55 Type specifying.
Best,
Christian-Emil
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