Showing 25 pages using this property.
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| SmartHome Situation + | Some subquery has no valid condition. + |
| SmartHome TimeInterval + | Some subquery has no valid condition. + |
| SmartHome TimeInterval + | The wikipage input value "We can quantitavely represent temporal distances through an observation process for different purposes . These purposes include definition of an event in terms of its preconditions whose occurance timestamp is within a specific temporal distance with that of the event." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| SmartHome TimeInterval + | The wikipage input value "This pattern allows us to represent a temporal distance between two timestamps within an observation process in a SmartHome. There are other situations where we need to measure the interval (temporal distance) in the form of time steps regardless of the exact dates indicating the boundaries of the interval. The latter case is used when we want to define a complex event based on the temporal distance with its preconditions." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Social Reality (OWL 2) + | Some subquery has no valid condition. + |
| Social Reality (OWL 2) + | The wikipage input value "Using the approach taken in Submissions:N-Ary_Relation_Pattern_(OWL_2) we place an observer relative fact (OR) in a context (the observer, C) and the brute fact (BF). For the theory This is a reified relation, and we then specify a role chain that allows us to directly relate the observer (context C) to the brute fact using a relation that reflects the fact that the brute fact counts-as some observer relative fact. See Searle, 1995 (construction of social reality) and/or: Rinke Hoekstra. Ontology Representation – Design Patterns and Ontologies that Make Sense, volume 197 of Frontiers of Artificial Intelligence and Applications. IOS Press, Amsterdam, June 2009. Rinke Hoekstra. Representing social reality in owl 2. In Evren Sirin and Kendall Clark, editors, Proceedings of OWLED 2010, June 2010. for the details of this theory." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter (SGA) + | Some subquery has no valid condition. + |
| Spatial Graph Adapter (SGA) + | The wikipage input value "1. What spaces is this damaged structural beam a part of (without needing to iterate through every existing spatial component or coordinate set)? 2. Exactly how much of this structural element is exposed and to what spaces? 3. What are all of the spatial elements in this graph that contain void spaces (air spaces in assemblies that could be susceptible to damage)? 4. What thermal or occupancy zones is this assembly associated with (these may or may not have to do with adjacency or locality)? 5. What sets of columns are responsible for supporting floors X and Y?" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter (SGA) + | The wikipage input value "Link to OWL File: https://raw.githubusercontent.com/HollyFerguson/Spatial-Graph-Adapter-Pattern/master/SGA_Protege_OWL.owl PDF of SGA Pattern Image: File:USOcore3.pdf To answer the modern, interdisciplinary questions asked within the Building domain, industry tools and data standards need to become far more interoperable in order to be able to provide a full and accurate set of analysis to engineers and designers. To provide this full picture from which to make decisions, we needed a way to resolve the spatial data that tools provide in order to synthesize it together. In addition to missing, incorrect, and inconsistent information, there is also the challenge of not being able to use existing spatial patterns to capture the full granularity or specificity of the geospatial descriptions required to capture full and dynamic geometric contexts. The Spatial Graph Adapter (SGA) pattern provides us a way to extend the simple identification of geometries and simultaneously assign further descriptions and self-context as well as contextual and relational references to other spatial objects in or surrounding the original entity. For example, not only can we use existing notions say that one surface is adjacent to another, but we have a way to say exactly what type of adjacency and to what extent it is adjacent (more examples in accompanying paper). The SGA has also been implemented for several building industry schemas and our further research is in bringing this and other patterns into full use in a Linked Data Platform (ongoing)." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter (SGA) + | The wikipage input value "Image:USOcore3.jpg|700px|thumb|center|SGA Pattern]] With the capabilities the SGA pattern provides, it has been found to be useful and as been implemented for IFC, GBXML, and CityGML is currently in progress. Once this mapping was produced and captured via this pattern, further work was possible and completed in the form of View helper files and all of this is being worked into an operational Linked Data Platform to further enhance open data exchange. Our work was inspired by ideas from Spatial Information Theory, biomedical research for the Semanticscience Integrated Ontology (SIO), Mereotopology, and geospatial data efforts via the Open Geospatial Consortium (OGC), although these are not the only works regarding spatial descriptions." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter (SGA) + | The wikipage input value "After several iterations of studying building industry data standards (in particular, GBXML, IFC, and CityGML), we began to map not only terms between them, but also conceptual level indicators. First we capture the main spatial arrangement of geometric elements which are extracted automatically from a spatial instance file. Secondly, the SGA pattern allows us to contextualize additional relationships to capture schema-specific ideas to ultimately be able to ask all the data questions simultaneously. We do acknowledge that in several cases there could be benefits to aligning it with other mereotopological or SIO pattern concepts, but these have not been necessary thus far. Even if we use a common definition for adjacency, such as where two objects would be touching could be considered adjacent, this fails when we want to know, say what columns or walls are adjacent to a space. It is true that they may be touching some building geometries, but what about the cases where you would have adjacent columns, but they are touching only the open air that define that side of a space (not touching but still on that visual or schema induced boundary)? The SGA pattern allows us to extract this type of information and add it as Attributes or ContextualizedRelations to other objects, solving this issue by being able to, for example, group building elements even as what may seem arbitrary in isolated examples. Schemas produce a wide array of these situations, and even more when we start to translate between them." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "For the development of the pattern and for versions of data standards worked with thus far, we have crossed-checked our research with a team of Ontologists, Computer Scientists, Architects, Engineers, and other domain experts. We have also built a visualization method to verify what is being populated within the pattern relative to what data was in the original spatial schema instance file. The pattern has been used with a set of six test models ranging in complexity from one room to sixty-plus rooms on multiple levels. Additional models are planned to be tested in future iterations of the work." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "The Spatial Graph Adapter (SGA) pattern provides us a way to extend the simple identification of geometries and simultaneously assign further descriptions and self-context as well as contextual and relational references to other spatial objects in or surrounding the original entity. For example, not only can we use existing notions say that one surface is adjacent to another, but we have a way to say exactly what type of adjacency and to what extent it is adjacent (more examples in accompanying paper). The SGA has also been implemented for several building industry schemas model sets our further research in bringing this and other patterns into full use in a Linked Data Platform (ongoing)." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "Example Problem Question: What Building Components are adjacent to this Space (Both creating enclosure or not creating enclosure)? Even if we use a common definition for adjacency, such as where two objects would be touching could be considered adjacent, this fails when we want to know, say what columns or walls are adjacent to a space. It is true that they may be touching some building geometries, but what about the cases where you would have adjacent columns, but they are touching only the open air that define that side of a space (not touching but still on that visual or schema induced boundary)?" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | Some subquery has no valid condition. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "Our work was inspired by ideas from Spatial Information Theory, biomedical research for the Semanticscience Integrated Ontology (SIO), Mereotopology, and geospatial data efforts via the Open Geospatial Consortium (OGC), although these are not the only works regarding spatial descriptions." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "With the capabilities the SGA pattern provides, it has been found to be useful and as been implemented for IFC, GBXML, and CityGML is currently in progress. Once this mapping was produced and captured via this pattern, further work was possible and completed in the form of View helper files and all of this is being worked into an operational Linked Data Platform to further enhance open data exchange." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "After several iterations of studying building industry data standards (in particular, GBXML, IFC, and CityGML), we began to map not only terms between them, but also conceptual level indicators. First we capture the main spatial arrangement of geometric elements which are extracted automatically from a spatial instance file. Secondly, the SGA pattern allows us to contextualize additional relationships to capture schema-specific ideas to ultimately be able to ask all the data questions simultaneously. We do acknowledge that in several cases there could be benefits to aligning it with other mereotopological or SIO pattern concepts, but these have not been necessary thus far." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "The SGA pattern allows us to extract this type of information and add it as Attributes or ContextualizedRelations to other objects, solving this issue by being able to, for example, group building elements even as what may seem arbitrary in isolated examples. Schemas produce a wide array of these situations, and even more when we start to translate between them." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| Spatial Graph Adapter Pattern (moved to Content ODPs) + | The wikipage input value "Image:USOcore3.pdf|600px|thumb|center|SGA Pattern]] SGA Pattern: Image: http://ontologydesignpatterns.org/wiki/Image:USOcore3.jpg Current OWL File Located at: https://github.com/HollyFerguson/Spatial-Graph-Adapter-Pattern To answer the modern, interdisciplinary questions asked within the Building domain, industry tools and data standards need to become far more interoperable in order to be able to provide a full and accurate set of analysis to engineers and designers. To provide this full picture from which to make decisions, we needed a way to resolve the spatial data that tools provide in order to synthesize it together. In addition to missing, incorrect, and inconsistent information, there is also the challenge of not being able to use existing spatial patterns to capture the full granularity or specificity of the geospatial descriptions required to capture full and dynamic geometric contexts." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| SpatioTemporalExtent + | Some subquery has no valid condition. + |
| SpeciesBathymetry + | Some subquery has no valid condition. + |
| SpeciesBathymetry + | The wikipage input value "The pattern allows to represent species with a typical bathymetric range and a typical water area where the exemplars (from an AquaticResource) can be found. However, there is no direct relation between the bathymetric range and the water area; in principle, it is possible that there are no places in the water area that provide the conditions for that bathymetric range. In order to represent a condition on the bathymetric range to be realized in the water area, the situation pattern should be reused and specialized, as in the speciesconditions.owl pattern." contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. + |
| SpeciesConditions + | Some subquery has no valid condition. + |
| SpeciesConservation + | Some subquery has no valid condition. + |
'Ontology Design Patterns'
