8. A system for providing instance information data of an instance comprising: at least one database storing a semantic representation of said instance and a semantic representation of a domain; and a processing unit programmed to: transform annotated images taken of the instance by means of at least one image detection device into a semantic representation of the instance; classify one or more attributes of the instance at least in part on the basis of image coordinates; generate a semantic representation of a domain by a process including: accessing a domain ontology; determining a context of the semantic representation of said instance; and generating a fragment of the accessed domain ontology, including applying an automated filtering or mining process to the accessed domain ontology to exclude portions of the domain ontology unrelated to the determined context of the semantic representation of said instance; at least one database storing the semantic representation of said instance and the semantic representation of a domain; and wherein the processing unit is further programmed to: perform an integration of the semantic representation of the instance and the semantic representation of the domain to provide an integrated semantic representation, the integrated semantic representation comprising a knowledge integration model, wherein the knowledge integration model defines an ontological structure of the semantic representation of the domain and the semantic representation of the instance; automatically deriving instance information data from the integrated semantic representation; and providing the automatically derived instance information data as a medical decision support or an instance process control.
8. A system for providing instance information data of an instance comprising: at least one database storing a semantic representation of said instance and a semantic representation of a domain; and a processing unit programmed to: transform annotated images taken of the instance by means of at least one image detection device into a semantic representation of the instance; classify one or more attributes of the instance at least in part on the basis of image coordinates; generate a semantic representation of a domain by a process including: accessing a domain ontology; determining a context of the semantic representation of said instance; and generating a fragment of the accessed domain ontology, including applying an automated filtering or mining process to the accessed domain ontology to exclude portions of the domain ontology unrelated to the determined context of the semantic representation of said instance; at least one database storing the semantic representation of said instance and the semantic representation of a domain; and wherein the processing unit is further programmed to: perform an integration of the semantic representation of the instance and the semantic representation of the domain to provide an integrated semantic representation, the integrated semantic representation comprising a knowledge integration model, wherein the knowledge integration model defines an ontological structure of the semantic representation of the domain and the semantic representation of the instance; automatically deriving instance information data from the integrated semantic representation; and providing the automatically derived instance information data as a medical decision support or an instance process control. 15. The system according to claim 8 , wherein said semantic representation of a domain comprises at least one of: an Ann-Arbor Staging document providing a classification of lymphomas patients in terms of disease progression, a foundation model of anatomy ontology and a radiology lexicon ontology.