About: First class collaborative element

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An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

First class collaborative elements have been identified by Meta Collab's collaborative research in the development a general theory of collaboration (GTC). The GTC's hypothesis states that a set of observable first class elements comprised of dynamics and components exist which are common to all collaborative scenarios. It also states that a set of second class elements exist parallel to and/or nested within first class elements. These second class elements may therefore appear in some but not all collaborative situations. It is also recognised that first and second class dynamics and components may be different for collaborative scenarios enacted by non-human participants (i.e. computational agents etc).

Attributes	Values
rdfs:label	First class collaborative element
rdfs:comment	First class collaborative elements have been identified by Meta Collab's collaborative research in the development a general theory of collaboration (GTC). The GTC's hypothesis states that a set of observable first class elements comprised of dynamics and components exist which are common to all collaborative scenarios. It also states that a set of second class elements exist parallel to and/or nested within first class elements. These second class elements may therefore appear in some but not all collaborative situations. It is also recognised that first and second class dynamics and components may be different for collaborative scenarios enacted by non-human participants (i.e. computational agents etc).
dcterms:subject	Collaboration theory General theory of collaboration
dbkwik:collaborati...iPageUsesTemplate	dbkwik:resource/c6mMFebEWUsDEgoVxdueFA== dbkwik:resource/vUKvwuRyfRwrG9k7vXFPAA==
abstract	First class collaborative elements have been identified by Meta Collab's collaborative research in the development a general theory of collaboration (GTC). The GTC's hypothesis states that a set of observable first class elements comprised of dynamics and components exist which are common to all collaborative scenarios. It also states that a set of second class elements exist parallel to and/or nested within first class elements. These second class elements may therefore appear in some but not all collaborative situations. It is also recognised that first and second class dynamics and components may be different for collaborative scenarios enacted by non-human participants (i.e. computational agents etc).

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