High-Level model. Monuments are represented as instances of E22 Man-Made Object9, which provides the way for describing all the physical characteristics such as dimensions, materials, state of preservation and also 8 See xxxx://xxx.x0.xxx/TR/rdf-sparql-protocol/ 9 For a complete specification of CIDOC CRM entities and properties see xxxx://xxx.xxxxx- xxx.xxx/xxxx/xxxxx_xxx_xxxxxxx_0.0.0.xxx for distinguishing the objects by names or any other identifiers. There are two types of monument objects: those who bear an inscription and those who don’t. If the monument bears an inscription of some kind, then a differentiation is made between the monument itself and the region of the monument where the inscription is written, the epigraphic field, which is represented by instances of E84 Information Carrier. Similar to the monument, it has its own physical features, including dimensions, palaeographic characteristics and metre, and is related to the monument object using property P46i forms part of. On the other hand, inscription objects and the information associated to them are represented as independent entities using instances of E34 Inscription. Other resources that make propositions about the inscriptions, the epigraphic field or the whole monument, such translations, images, videos, 3D models, etc., are represented by instances of E33 Linguistic Object, E38 Image and E73 Information Object.
High-Level model. Epigraphic objects are represented as instances of E84 Information Carrier9, which is a particular case of man-made object and provides the way for describing all the physical characteristics of monuments such as dimensions, materials, state of preservation and also for distinguishing the objects by names or any other identifiers. There are two types of information carrier objects: those who bear an inscription and those who do not. If the monument bears an inscription of some kind, this can be represented through the use of an E34 Inscription object and related to the information carrier using property P128 carries. Inscription objects will be represented explicitly, along with all the physical features of the Information Carrier related to it. 8 See xxxx://xxx.x0.xxx/TR/rdf-sparql-protocol/ 9 For a complete specification of CIDOC CRM entities and properties see xxxx://xxx.xxxxx-xxx.xxx/html/5.0.4/cidoc-crm.html Any other information related to immaterial items that refer to the inscription, such as transcription text, translation text, bibliography, critical apparatus, commentary and the different type of surrogates, will be represented by instances of E31 Document. Circumstantial information regarding the object such as place and date of finding will be represented by instances of E53 Place and E4 Period respectively. History of the object, including transfer of custody between individuals and organizations and curation activities will be denoted using objects of type E7 Activity and its descendants. This high-level model is schematically depicted in Fig. 1. Figure 1 High-Level model
High-Level model. Based on the behavioural change theories and approaches presented in Section 2.1 and in consideration of gamification approaches described in Section 2.2, we propose the OrbEEt Behavioural Change Framework. The structure of the Stages of Change theory is emphasized and the OBCF assumes that the content throughout will be crafted to be consistent with the INSPIRE guidelines from work on expert tutors as well as major tenets of Self-Efficacy theory. D1.3 Page 33 of 44 Figure 5. High-level OBCF, derived from stages of change [1] Relapse User disengages with behaviours following platform disconnect from the Precontemplation Unaware of OrbEEt, or unwilling to engage with the platform Visualised decrease in performance Awareness of OrbEEt via display Contemplation Aware of OrbEEt and willing to engage but has not yet used the system Awareness and promotion of benefit via intranet Usage guidelines and support Pro-social encouragement Negative impact on team performance Poor performance rapidly fed-back Maintenance Continued behaviour within ideal process structures and environment as developed within OrbEEt Visualisation of benefits In-office displays Preparation Accessed platform, downloaded game, and is ready to use OrbEEt Rapid feedback and reward on positive actions Consistent office performance feedback Experiential learning of best practices and benefits Action Actively using OrbEEt to reduce their consumption and optimise processes Continued reward and rapid feedback on positive actions; scaffolding engagement through play Intranet portal Smartphone game
High-Level model. A.7.2.1 Engineered material product Engineering material in primary form that has been manufactured into a product for use. Note #1 to entry: source—CEN/XX XXXXX (based on an analysis of the ASTM Manual on the Building of Materials Databases). Other definitions None . Synonyms None
