A | B | C | D | E | F | G | H | I | J | K | L | |
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1 | Schema Name | Phase of Building Lifecycle | Type | Syntax | Purpose of the Schema | Year of Origin | Development Stage | Best Practice | Link to Documentation or Code Repo | Reuse of concepts | Adoption | |
2 | 1 | BASont | Operation | Ontology | RDF | To model building automation systems for various use cases including design, commissioning, operation, and refurbishment. | 2012 | J. Ploennigs, B. Hensel, H. Dibowski, and K. Kabitzsch, “BASont - A modular, adaptive building automation system ontology,” in Proceedings of the Conference of the IEEE Industrial Electronics Society, 2012, pp.4827–4833 https://www.semanticscholar.org/paper/BASont-A-modular%2C-adaptive-building-automation-Ploennigs-Hensel/650540de0672bb3264764df1381b1d62e4bd4f99 | ||||
3 | 2 | Brick Schema | Operation | Ontology | RDF | To provide a standardized ontology for representing the physical, logical, and virtual assets in buildings and the relationships between them. it builds on the terms defined by Project Haystack. | 2016 | https://brickschema.org/ontology | ||||
4 | 3 | Building Automation and Control Systems (BACS) Ontology | Operation | Ontology | RDF | To model the domain of building control and automation. | 2017 | http://www.ontoeng.com/bacs_test | ||||
5 | 4 | Building Energy Data Exchange Specification (BEDES) | Multiple | Dictionary | XML or Custom CSV | To provide a standard set of terms to facilitate the exchange of information on building characteristics and energy use. | 2014 | https://bedes.lbl.gov/bedes-online | ||||
6 | 5 | Building ontology for ambient intelligence (BOnSAI) | Operation | Ontology | RDF | To enable the vision of Ambient Intelligence in large-scale service-oriented pervasive systems. | 2012 | Published | http://lpis.csd.auth.gr/ontologies/ontolist.html#bonsai | Y | ||
7 | 6 | Building Topology Ontology (BOT) | Operation | Ontology | RDF | To represent the core topological concepts of a building by defining relationships between sub-components contained within a building. | 2019 | https://w3c-lbd-cg.github.io/bot/ | ||||
8 | 7 | BuildingSync | Audit | Taxonomy | XML | To standardize the reporting format of information obtained through commercial building energy audits defined in ASHRAE Standard 211 by building on the terms defined by BEDES. | 2016 | https://buildingsync.net/ | ||||
9 | 8 | CTRLont | Operation | Ontology | RDF | To formalize an explicit specification of the control logic in Building Automation Systems. | 2017 | https://technicalbuildingsystems.github.io/Ontologies/CTRLont/index-en.html# | ||||
10 | 9 | DNAs Framework (obXML) | Operation | Taxonomy | XML | To provide an standardized data model for energy-related occupant behavior. The main application is energy simulation. | 2015 | https://behavior.lbl.gov/?q=obXML | ||||
11 | 10 | DogOnt | Operation | Ontology | RDF | To describe, in the context of smart environments: where a (smart) device is located; The set of capabilities of a device; The technology-specific features needed to interface the device; The possible configurations that the device can assume (states); How the smart environment is composed; What kind of architectural elements and furniture are placed within. | 2008 | http://iot-ontologies.github.io/dogont/documentation/index-en.html | ||||
12 | 11 | EM-KPI Ontology | Operation | Ontology | RDF | To describe the key performance indicators and master data domains (energy, building, utility, occupancy, observation, weather, location) in energy management at district and building levels | 2017 | http://energy.linkeddata.es/em-kpi/ontology/index-en.html | ||||
13 | 12 | EnergyADE extension for CityGML | Design, Energy Modeling | Taxonomy | XML or UML | An extension of the CityGML Standard to perform an energy simulation and to store the corresponding results at urban scale. | 2014 | http://www.citygmlwiki.org/index.php/CityGML_Energy_ADE | ||||
14 | 13 | Facility Smart Grid Information Model | Operation | - | UML | To define an abstract representation of the energy consuming, producing, and storage systems found in residential, commercial, and industrial facilities. | 2017 | ISO 17800:2017 | https://www.iso.org/standard/71547.html | |||
15 | 14 | Google Digital Building Ontology | Operation | Ontology | RDF | The project aims to enable management applications/analyses that are trivially portable between buildings. This goal is achieved through a combination of semantically-expressive abstract modeling, an easy-to-use configuration language, and robust validation tooling. | 2020 | https://github.com/google/digitalbuildings | ||||
16 | 15 | Green Building XML (gbXML) | Design, Energy Modeling | Taxonomy | XML | To enable exchange of information between BIM and architectural/engineering analysis software including Building Energy Modeling (BEM). | 2000 | https://www.gbxml.org/ | ||||
17 | 16 | Green Button | Operation | Taxonomy | XML | To provide utility customers (residential and commercial) access to their utility data in a standardized consumer-friendly and computer-friendly format. | 2011 | http://www.greenbuttondata.org/ | ||||
18 | 17 | Haystack Tagging Ontology (HTO) | Operation | Ontology | RDF | An OWL ontology wrapper for Project Haystack version 3. | 2016 | https://lov.linkeddata.es/dataset/lov/vocabs/hto | ||||
19 | 18 | Industry Foundation Classes (IFC) | Design | Taxonomy | EXPRESS or XML | To enable designers to exchange models between different BIM applications during the design phase. | 2013 | ISO 16739-1:2018 | https://www.buildingsmart.org/standards/bsi-standards/industry-foundation-classes/ | |||
20 | 19 | ifcOWL | Design | Ontology | XML | To provide a Web Ontology Language (OWL) representation of the Industry Foundation Classes (IFC) schema. | 2016 | https://technical.buildingsmart.org/standards/ifc/ifc-formats/ifcowl/ | ||||
21 | 20 | Knowledge Model for City (KM4City) | Operation | Ontology | RDF | To enable the description of smart cities including buildings, transportations and other applications. | 2014 | http://wlode.disit.org/WLODE/extract?url=http://www.disit.org/km4city/schema | ||||
22 | 21 | Occupancy Profile (OP) Onotology | Operation | Ontology | RDF | To represent people’s behavior inside buildings with a focus on the energy impact their actions produce. It is based on obXML. | 2020 | https://bimerr.iot.linkeddata.es/def/occupancy-profile/ | ||||
23 | 22 | One Data Model (OneDM) | Operation | Taxonomy | Semantic Definition Format (SDF) | To support multiple interaction models among devices, applications and services interacting with and communicating about the Internet of Things. It is based on examples from actual models implemented in commercial IoT products. | 2018 | https://onedm.org/ | ||||
24 | 23 | oneM2M BaseOntology | Operation | Ontology | RDF | To provide a minimal number of concepts, relations and restrictions that are necessary for semantic discovery of entities in the oneM2M System. M2M is a standard for the Internet of Things. | 2016 | https://git.onem2m.org/MAS/BaseOntology | ||||
25 | 24 | Ontology of Property Management (OPM) | Operation | Ontology | RDF | To describe temporal properties that are subject to changes as the building design evolves. | 2018 | - | https://w3c-lbd-cg.github.io/opm/ | |||
26 | 25 | Ontology of smart building (SBOnto) | Operation | Ontology | RDF | To formalize knowledge in a smart building including these main concepts; Device, State, Architecture, Environment, Furniture, Network. | 2017 | https://www.researchgate.net/publication/320566429_SBOnto_Ontology_of_smart_building | ||||
27 | 26 | Onto-SB: Human Profile Ontology for Energy Efficiency in Smart Building | Operation | Ontology | RDF | To provide contextual information (human, environment, services, devices, places, context-awareness, energy sources, profiles) for the smart building systems to understand the environment. | 2018 | https://ieeexplore.ieee.org/abstract/document/8598509/authors#authors | ||||
28 | 27 | OnCom | Operation | Ontology | RDF | To describe thermal comfort of occupants. | 2019 | https://dl.acm.org/doi/pdf/10.1145/3297662.3365824 | ||||
29 | 28 | Project Haystack 3.0 | Operation | Folksonomy | Custom text format | To provide a standard set of terms for describing sites, equipment, points, and the relationships between them. Primarily focused on representing information from BAS and HVAC system. | 2014 | https://www.project-haystack.org/ | ||||
30 | 29 | Project Haystack 4.0 | Operation | Ontology | RDF | To add formal mechanisms for defining terms, a taxonomy, and an ontology on top of Haystack version 3. | 2019 | https://project-haystack.dev/ | ||||
31 | 30 | RealEstateCore (REC) | Operation | Ontology | RDF | To enable building controls and the development of services around the building and smart city data, it blends together concepts from IFC, Haystack, and SSN, and adds concepts of building ownership into a single ontology. | 2017 | https://www.realestatecore.io/ | ||||
32 | 31 | RESPOND | Operation | Ontology | RDF | To deploy an interoperable energy automation, monitoring and control solution to deliver Demand Response programs at a dwelling, building and district level | 2020 | Published | https://respond-project.github.io/RESPOND-Ontology/respond/index-en.html | |||
33 | 32 | Semantic BMS ontology (SBMS) | Operation | Ontology | RDF | To provide a BAS-protocol-independent model of intelligent building systems. The proposed ontology aims to represent information (data) available for operation analysis. | 2016 | https://is.muni.cz/www/akucera/sbms/v1_0/?lang=en | ||||
34 | 33 | Semantic Sensor Networks (SSN and SOSA) | Operation | Ontology | RDF | To describe sensors and their observations, procedures involved with sensors and observations, as well as features of interest, the samples needed, observed properties, and actuators. Not specific to the buildings domain, but rather on sensor networks and IoT. | 2011 | https://www.w3.org/TR/vocab-ssn/ | ||||
35 | 34 | SimModel Ontology | Energy Modeling | Ontology | RDF | To make building simulation data more interoperable with other building data | 2014 | https://users.ugent.be/~pipauwel/ontologies/simmodel/readme.html | ||||
36 | 35 | Smart Applications REFerence (SAREF) and its extensions | Operation | Ontology | RDF | To enable interoperability among IoT solutions developed by different appliance manufacturers. | 2014 | https://saref.etsi.org/ | ||||
37 | 36 | Smart Energy Aware Systems (SEAS) | Operation | Ontology | RDF | To design and develop global ecosystem of services and smart things collectively capable of ensuring the stability and the energy efficiency of the future energy grid. | 2016 | https://ci.mines-stetienne.fr/seas/index.html | ||||
38 | 37 | ThinkHome ontology | Operation | Ontology | RDF | To create a comprehensive knowledge base which includes all the different concepts needed to realize energy efficient, intelligent control mechanisms for Homes. | 2011 | Published | https://www.auto.tuwien.ac.at/index.php/research-fields/ontology | |||
39 | 38 | Tubes Ontology | Design | Ontology | RDF | A lightweight ontology to provide a high-level description of building service systems and their topology using linked data principles | 2020 | https://onlinelibrary.wiley.com/doi/abs/10.1002/bapi.202000027 | ||||
40 | 39 | VBIS | Operation | Folksonomy | Custom text format | To classify and organize assets used in buildings using tags. | 2020 | https://vbis.com.au/search-and-download | ||||
41 | 40 | Web Thing Model (WoT) | Operation | Ontology | RDF | To describe the virtual counterpart of physical objects in the Web of Things. It defines a model and Web API for Things to be followed by anyone wanting to create a product, device, service, or application for the Web of Things. | 2015 | https://www.w3.org/Submission/wot-model/ |