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{{Content OP Proposal Review Template | {{Content OP Proposal Review Template | ||
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|SubmittedBy=AlessandroAdamou | |SubmittedBy=AlessandroAdamou | ||
|ContentOPUnderReview=Symmetric n-ary relationship | |ContentOPUnderReview=Symmetric n-ary relationship | ||
|RevisionID=10106 | |RevisionID=10106 | ||
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|Score=0 - needs major revision | |Score=0 - needs major revision | ||
|ReviewSummary=While the problem this pattern tries to address cannot go unnoticed in OWL modelling, little explanation is provided as to how it distinguishes from built-in symmetric properties in OWL. As it is, the proposed pattern seems rather awkward for production use, and its naming can be misleading. | |ReviewSummary=While the problem this pattern tries to address cannot go unnoticed in OWL modelling, little explanation is provided as to how it distinguishes from built-in symmetric properties in OWL. As it is, the proposed pattern seems rather awkward for production use, and its naming can be misleading. | ||
|ReviewConfidence=Expert in ODPs, fairly competent in Description Logics and OWL(2) constructs. | |ReviewConfidence=Expert in ODPs, fairly competent in Description Logics and OWL(2) constructs. | ||
|ReviewProblems=The pattern as it is conceived seems to be trying to cover all with a short blanket. While it does eliminate the redundancy of providing property pairs, it lends itself to the risk of an uncontrolled growth of n-ary relationship subclasses. What happens if we need to determine the distances between lots of places? Would this result in a new class for each distinguished value for a distance between to places? | |ReviewProblems=The pattern as it is conceived seems to be trying to cover all with a short blanket. While it does eliminate the redundancy of providing property pairs, it lends itself to the risk of an uncontrolled growth of n-ary relationship subclasses. What happens if we need to determine the distances between lots of places? Would this result in a new class for each distinguished value for a distance between to places? | ||
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Talking about "n-ary" symmetry sounds a bit confusing, as symmetry is commonly supposed to hold for binary relationships. The way the pattern is built, "binary" instead of "n-ary" could perhaps suit better. | Talking about "n-ary" symmetry sounds a bit confusing, as symmetry is commonly supposed to hold for binary relationships. The way the pattern is built, "binary" instead of "n-ary" could perhaps suit better. | ||
|ReviewRelevance=Unquestionably relevant. | |ReviewRelevance=Unquestionably relevant. |
{{#reviewabout:Submissions:Symmetric n-ary relationship|}}
Overall suggestion (score): 0 - needs major revision
Posted: 2010/9/16 Last modified: 2010/09/16