Gellish.net

Semantic Modeling Methodology

This document provides guidelines on the modelling and integration of time dependent measurement data and observations of properties of physical objects. It should be applied together with the guidelines on Facility Information Models (part 4) and the General Guidelines on the application of Gellish (part 7).

Part 8: Product Modeling in 1D, 2D and 3D

7 August 2017 user

Semantic Modeling Methodology

This document specifies how single value properties, 2D schematic diagrams and drawings to scale as well as 3D models should be modelled and integrated in one Facility Information Model (FIM).

Part 6, Development of facility and product models

7 August 2017 user

Semantic Modeling Methodology This document provides guidelines on the semantic modeling of facilities and their components, including their properties, processes and activities in a computer interpretable and system independent way. The resulting facility models and product models are intended to be a major step towards achieving easy access to integrated and unambiguous information and knowledge about the life-cycle of products, including design, procurement, operation and maintenance of facilities throughout their life time. Download this file

Part 5: Modeling of Activities and Processes

Semantic Modeling Methodology This document provides guidance on the modeling of sequences and dependencies of occurrences (activities, processes and events) and states. It includes also the modeling of their composition of occurrences and the roles that various physical objects play in them. It also provides guidance on the modeling of causes and effects as well as time location of occurrences and states. This enables to make such models an integral part of Facility Information Models (part 4) and supports the . . .

Part 4: Facility Information Modeling

Semantic Modeling Methodology This document describes how Facility Information Models shall be created in Gellish. The document is also applicable for Building Information Models (BIM), Process Plant Information Models, Geographic Information Models, etc. An Information models may include also documents, activities and processes and is based on definitions, taxonomies and knowledge with which it is integrated through one common language. Download this file

Part 3B: Requirements and Verification

Semantic Modeling Methodology Knowledge Modelling is the modeling of generally valid facts about kinds of things. Such kinds of things can be kinds of physical objects, but also kinds of processes, activities and events. This documents also includes a section about definitions, which is related to the document about the modeling of Dictionaries-Taxonomies (part 2). Download this file

Part 3A: Knowledge Modeling

Semantic Modeling Methodology

Knowledge Modelling is the modeling of generally valid facts about kinds of things. Such kinds of things can be kinds of physical objects, but also kinds of processes, activities and events.

This documents also includes a section about definitions, which is related to the document about the modeling of Dictionaries-Taxonomies (part 2).

Part 2A: Dictionary -Taxonomy Development Manual

7 August 2017 user

Semantic Modeling Methodology

This manual provides an extensive description of the process to develop a Domain Dictionary and Taxonomy. It discusses the concepts and provides guidance to achieve a high quality taxonomy and high quality definitions.

Part 2: Creation and Use of Domain Dictionaries -Taxonomies and Ontologies

7 August 2017 user

Semantic Modeling Methodology

This document describes how Dictionaries and Taxonomies and Ontologies or concept libraries should be created and extended in Gellish Formal English. It also briefly describes how the defined concepts and facts can be used in Product Models, Information Models, Activity and Process Models, etc.

Part 1: Architecture

Semantic Modeling Methodology

This document describes the Architecture of the Gellish Modelling Method and the fundamentals of Facility Information Modelling, including also Building Information Modelling (BIM), Product Modelling, Knowledge Modelling and Requirements Modelling.

The other parts of the method provide more detailed guidelines on particular application area’s.

Domain 15 – Qualitative aspects and qualitative information

Formal English Language Definition

Qualitative aspects and qualitative information, including values of aspects and particular information.

Domain 14 – Roles of physical objects

Formal English Language Definition

Roles of physical objects, such as kinds of usage.

Domain 13 – Mathematics, geometry and shapes

Formal English Language Definition

Mathematics, including geometry and shapes

Domain 12 – Substances, materials of construction, fluids and solids

Formal English Language Definition

Substances, including materials of construction. fluids and solids.