Doug Migliori, ControlBEAM
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Cross-industry semantic interoperability, part three: The role of a top-level ontology
This multi-part series addresses the need for a single semantic data model supporting the Internet of Things (IoT) and the digital transformation of buildings, businesses, and consumers. Such a model must be simple and extensible to enable plug-and-play interoperability and universal adoption across industries.
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Cross-industry semantic interoperability, part two: Application-layer standards and open-source initiatives
This multi-part series addresses the need for a single semantic data model supporting the Internet of Things (IoT) and the digital transformation of buildings, businesses, and consumers. Such a model must be simple and extensible to enable plug-and-play interoperability and universal adoption across industries. Part one defined data semantics. In part two we identify [...]
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Cross-industry semantic interoperability, part one
This multi-part series addresses the need for a single semantic data model supporting the Internet of Things (IoT) and the digital transformation of buildings, businesses, and consumers. Such a model must be simple and extensible to enable plug-and-play interoperability and universal adoption across industries. IoT network abstraction layers and degrees of interoperability Interoperability, or [...]
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Cross-industry semantic interoperability: Glossary
“When we define a word we are merely inviting others to use it as we would like it to be used; that the purpose of definition is to focus argument upon fact, and that the proper result of a good definition is to transform argument over terms into disagreements about fact, and thus open [...]
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A Unified Data Platform for IoT transport protocol interoperability, part four – Automated analytics
This multi-part series addresses the need for a single data interoperability model that unifies data exchange across multiple transport protocols (including SMTP, MQTT, CoAP, DDS, BACnet, and others) via an extension layer. Such a layer must be simple and extensible to enable plug and play interoperability and universal adoption amongst humans, machines, and applications [...]
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A Unified Data Platform for IoT transport protocol interoperability, part three – Universal runtime for software-defined machines
This multi-part series addresses the need for a single data interoperability model that unifies data exchange across multiple transport protocols (including SMTP, MQTT, CoAP, DDS, BACnet, and others) via an extension layer. Such a layer must be simple and extensible to enable plug and play interoperability and universal adoption amongst humans, machines, and applications in [...]
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A Unified Data Platform for IoT transport protocol interoperability, part two – Normalizing data
This multi-part series addresses the need for a single data interoperability model that unifies data exchange across multiple transport protocols (including SMTP, MQTT, CoAP, DDS, BACnet, and others) via an extension layer. Such a layer must be simple and extensible to enable plug and play interoperability and universal adoption amongst humans, machines, and applications [...]
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A Unified Data Platform for IoT transport protocol interoperability, part one
This multi-part series addresses the need for a single data interoperability model that unifies data exchange across multiple transport protocols (including SMTP, MQTT, CoAP, DDS, BACnet, and others) via an extension layer. Such a layer must be simple and extensible to enable plug and play interoperability and universal adoption amongst humans, machines, and applications [...]