Update 06-benefits.adoc

Author: situx

document/sections/06-benefits.adoc

@@ -40,20 +40,27 @@ For entailment an application that is compliant with the geo-spatial 3D specific
 If the tree is defined using a MultiSolid geometry, then the answer should be "yes," even if this is not explicitly declared as such.
 
 === Value for user experience, visualization, and application use of 3D-GeoSPARQL
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 ==== Visualization
 There is a growing need to visualize how 3D data in BIM and GIS relate to one another. Stakeholders want to see BIM and/or 3D Geo data of a newly planned structure visualized within the 3D Geo and/or BIM context of the existing digital city. A shared vocabulary that can present both domains in an integrated way supports this goal.
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 ==== Calculation and analysis
 Semantic modelled 3D-model enables powerful computation and analysis. Analytical results can be displayed in dashboards operating within the GeoBIM domain. This creates a bridge between asset management (typically GIS-oriented) and project management (typically BIM-oriented), allowing for cross-domain collaboration and decision-making.
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 ==== Spatial querying
 Spatial querying is a key function within a federated GeoBIM Network. Questions such as "What material is located in this area?" or "Where is space available for new cables and pipelines?" are examples of 3D spatial queries that can be answered when GeoSPARQL 3D is functioning effectively across systems and semantics.
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 ==== Machine control
 A shared semantic GeoBIM Network also supports machine control. The GIS domain typically describes the existing situation, while the BIM domain describes the intended or future situation. This combination can be used to automatically instruct and guide machines in the built environment.
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 ==== Modeling, simulation and planning
 A network of datasets with 3D-data should support the modeling, simulation and planning of future changes to the built environment. Users — whether human or machine — can use the network and GeoSPARQL 3D to propose and model modifications in either BIM or GIS formats. A well-functioning 3D semantic GeoBIM Network enables this kind of forward-looking spatial planning and design.
 
 === Added value of the 3D-GeoSPARQL for Organisations
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 ==== Brings together different domains (GIS, BIM, CG)
 GeoSPARQL 3D can help in bringing together different domains that work with 3D information. 
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 ==== Enables extension to vocabularies from other domains
 The vocabulary can have the possiblity to extend to vocabulaires with 3D geometry or topology from other domains, for example the Building Ontology Topology (BOT) or RELOC Ontology. Multi-domain models with georeferenced 3D and 2D city models could be also linked by CityRDF ontology based on CityGML 3.0 standard. GeoSPARQL 3D would be important enabler for data retrieval, update and analysis for such models. In addition to ontologies, it can also establish relationships to 3D file formats from other domains, such as glTF.