Danish 1 [7] Fig.2 2 Models for clinical investigator system 1 Danish Figure 1 Danish s information creation model through interactive process a) b) 2

+ openehr A Study on an Ontology Application to Individual Information Environment KUNIO OHNO + First, the electronic health record specification named openehr is introduced. Then the personal resume with episode which a group with the author has investigated have is described and discussed with ontological view. Through those examples, ontological architecture model for individual information management, have been studied and the information organizing and managing methodologyfor individual information have been discussed. Finally, the possibility of future individual information environment has been described. 1. WebOWL Web XML [1] PIM [2] [3][4] + Azuchi Inc. openehr [5] PIM PIM 2. 2.1 Clinical information model [6] Clinical Investigator Record (CIR) openehr 2.2 c 2013 Information Processing Society of Japan 1

Danish 1 [7] Fig.2 2 Models for clinical investigator system 1 Danish Figure 1 Danish s information creation model through interactive process a) b) 2.3 Thomas Beale Sam Heard Clinical investigator system Patientsystem 2 a)2. evaluation interventionobservation 1 b)a) 2a)3 2a)goal evalua- 3 Fig.3 Created information through investigator system c 2013 Information Processing Society of Japan 2

tion 3investigator opinion published knowledge basepersonal experience2a) 3investigatoragent action observations 5 3 (1) observations (2) opinion 12 (3) instruction (4) actions (5) administrate event 4 recordinformation care informationadmin information careinformation obsevations opinion instruction action 2.4 4 obsevations opinion instruction action 4 Fig.4 Primary ontology obsevations action opinion instruction care informationhistory obsevations action history 2.5 CIR 5 CIR Clinical Investigator Record openehr XML openehr 2.6 openehr openehr ISO 13606 http://www.openehr.org/home.html openehr.jp Webhttp://trac.openehr.jp/ openehr Architectur Overview [8] openehr Architectur Overview4 Design Principles 4.1 Ontological Separation 6 Ontological Landscape,openEHR UML XML openehr Web OWL c 2013 Information Processing Society of Japan 3

Fig.5 5 CIR Clinical Investigator Record Ontology 6 openehr Fig.6 Ontological landscape of openehr ontologies of everything ontologies of information ontologiesofreality domain content modelsinformation models IM vocab classifications process descriptions descriptive terminologies 3. 3.1 CLOS [9] PIM c 2013 Information Processing Society of Japan 4

[10] EUXML Eurpopass CVHR XML XML XML SLISP XML OWL Jena HP Java LISP Jena XML+JavaS LISP S XMLS SXML UMLCLOS S LISPXML XML XSLT HTML [3][4] 3.2 CLOS S Common Lisp CLOS 1 7 7 Fig. 7 1 Job Card Format 1 class hierachy CLOS CLOS 7 8 8 7 Fig. 8 Semantic description of Ontology to Fig. 7 c 2013 Information Processing Society of Japan 5

[11] 8 Eurpopass CV EU 3.3 9 9 Fig. 9 Vocational history modeling with episode description 98 10 4. 4.1 PIM ERP DTD XML Schema DTDXBRL UBL c 2013 Information Processing Society of Japan 6

10 9 Fig. 10 Ontology description of episodic resume model shown in Fig. 9 PIM ToDo ID PIM PIM PIM GIS GIS PIM 4.2 PIM D [12] [13] [14][15] 16 19 20 21 21 [16] 4.3 WebOWL Web OWL openehr ADL Archetype Definition Language OWL c 2013 Information Processing Society of Japan 7

Common Lisp CLOS Prolog Ontolingua, KIF Web XML DAML DARPA Agent Maekup LanguageOIL Ontology Inference Layer OWL OWL Protege GUI OWL Ontolingua CLOS Excel Excel Lisp S LispCLOS XML 5. 2012 11 9 VMA[17][18] PIM openehr [1] ;,, DD41 1 2003.9 [2] ;, VMA 2006.1 [3], ;,, Vol.38.A, (2010) [4], ;,, Vol.39.A, (2011) [5] http://www.openehr.org/home.html [6] Thomas Beale, Sam Heard; An Ontology based Model of Clinical Information, MEDINFO 2007, K. Kuhn et al.(eds), IOS Press, 2007 [7] Bruun Rasmussen M, Bernstein K, Vingtoft S, Nohr C, Andersen SK. Quality labelling and certification of Electronic Health Record Systems, Studies in Health Technology and Informatics 2005; 116: p47 52. [8] T Beale, S Heard; openehr Architecture Overview, http://www.openehr.org/releases/1.0.1/architecture/overview.pdf [9] ; CLOS XML,, VMA2009.1 [10],, ;?, AI2008 34(2008.11) [11] J, ; CORBA, 1999 [12] D ;,,(1961) [13] ;, 1989 [14] ;, 1980 [15] ;, 1980 [16] 21, BEST SOLUTION, 2012 [17] ;, VMA 2102.11 [18], ;, VMA 2102.11 c 2013 Information Processing Society of Japan 8