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Semantic Webs of Meaning: Building Contextual Knowledge Graphs for Deduction and Integration - Couverture souple
Synopsis
Equip your organization’s people and AI systems to interpret enterprise knowledge with greater precision, context, and accountability using knowledge graphs. This practical introduction helps data architects, AI engineers, governance leaders, technical executives, and subject matter experts create a shared semantic foundation using RDF, RDFS, OWL, SKOS, SHACL, SPARQL, ontologies, and linked data.
Analyze why information scattered across databases, documents, code, catalogs, semantic layers, and people’s minds remains difficult to connect and reuse. Apply semantic modeling to define entities, classes, properties, identifiers, relationships, constraints, and business rules in forms that humans and machines can inspect. Clarify where formal ontologies complement relational databases, dimensional models, master data management, business intelligence, and existing data platforms.
Create and query standards-based models with Turtle, Protégé, and Apache Jena Fuseki. Evaluate open-world reasoning, inference, validation, taxonomy design, vocabulary reuse, data virtualization, and provenance. Practical examples show how to formulate competency questions, write SPARQL queries, connect domain concepts, extract knowledge from existing sources, and ground large language models through retrieval-augmented generation.
Scale from a focused proof of concept to a federated enterprise capability. Establish governance for ontology ownership, IRI management, versioning, security, lineage, reasoning, and cross-domain alignment. Compare graph technologies, examine infrastructure and development scalability, and account for the risks of inferred disclosures, conflicting definitions, unsupported conclusions, and automated decisions that cannot be explained.
This book provides a realistic view of the value, effort, and discipline involved. Build the explicit, governed foundation that allows enterprise systems to move beyond retrieval and toward explanation, reasoning, and responsible decision support.
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Semantic Webs of Meaning: Building Contextual Knowledge Graphs for Deduction and Integration
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Paperback. Etat : new. Paperback. Equip your organization's people and AI systems to interpret enterprise knowledge with greater precision, context, and accountability using knowledge graphs. This practical introduction helps data architects, AI engineers, governance leaders, technical executives, and subject matter experts create a shared semantic foundation using RDF, RDFS, OWL, SKOS, SHACL, SPARQL, ontologies, and linked data.Analyze why information scattered across databases, documents, code, catalogs, semantic layers, and people's minds remains difficult to connect and reuse. Apply semantic modeling to define entities, classes, properties, identifiers, relationships, constraints, and business rules in forms that humans and machines can inspect. Clarify where formal ontologies complement relational databases, dimensional models, master data management, business intelligence, and existing data platforms.Create and query standards-based models with Turtle, Protege, and Apache Jena Fuseki. Evaluate open-world reasoning, inference, validation, taxonomy design, vocabulary reuse, data virtualization, and provenance. Practical examples show how to formulate competency questions, write SPARQL queries, connect domain concepts, extract knowledge from existing sources, and ground large language models through retrieval-augmented generation.Scale from a focused proof of concept to a federated enterprise capability. Establish governance for ontology ownership, IRI management, versioning, security, lineage, reasoning, and cross-domain alignment. Compare graph technologies, examine infrastructure and development scalability, and account for the risks of inferred disclosures, conflicting definitions, unsupported conclusions, and automated decisions that cannot be explained.This book provides a realistic view of the value, effort, and discipline involved. Build the explicit, governed foundation that allows enterprise systems to move beyond retrieval and toward explanation, reasoning, and responsible decision support. Equip your organization's people and AI systems to interpret enterprise knowledge with greater precision, context, and accountability using knowledge graphs. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. N° de réf. du vendeur 9798898161712
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Paperback. Etat : new. Paperback. Equip your organization's people and AI systems to interpret enterprise knowledge with greater precision, context, and accountability using knowledge graphs. This practical introduction helps data architects, AI engineers, governance leaders, technical executives, and subject matter experts create a shared semantic foundation using RDF, RDFS, OWL, SKOS, SHACL, SPARQL, ontologies, and linked data.Analyze why information scattered across databases, documents, code, catalogs, semantic layers, and people's minds remains difficult to connect and reuse. Apply semantic modeling to define entities, classes, properties, identifiers, relationships, constraints, and business rules in forms that humans and machines can inspect. Clarify where formal ontologies complement relational databases, dimensional models, master data management, business intelligence, and existing data platforms.Create and query standards-based models with Turtle, Protege, and Apache Jena Fuseki. Evaluate open-world reasoning, inference, validation, taxonomy design, vocabulary reuse, data virtualization, and provenance. Practical examples show how to formulate competency questions, write SPARQL queries, connect domain concepts, extract knowledge from existing sources, and ground large language models through retrieval-augmented generation.Scale from a focused proof of concept to a federated enterprise capability. Establish governance for ontology ownership, IRI management, versioning, security, lineage, reasoning, and cross-domain alignment. Compare graph technologies, examine infrastructure and development scalability, and account for the risks of inferred disclosures, conflicting definitions, unsupported conclusions, and automated decisions that cannot be explained.This book provides a realistic view of the value, effort, and discipline involved. Build the explicit, governed foundation that allows enterprise systems to move beyond retrieval and toward explanation, reasoning, and responsible decision support. Equip your organization's people and AI systems to interpret enterprise knowledge with greater precision, context, and accountability using knowledge graphs. This item is printed on demand. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability. N° de réf. du vendeur 9798898161712
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Semantic Webs of Meaning : Building Contextual Knowledge Graphs for Deduction and Integration
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Taschenbuch. Etat : Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - Equip your organization's people and AI systems to interpret enterprise knowledge with greater precision, context, and accountability using knowledge graphs. This practical introduction helps data architects, AI engineers, governance leaders, technical executives, and subject matter experts create a shared semantic foundation using RDF, RDFS, OWL, SKOS, SHACL, SPARQL, ontologies, and linked data.Analyze why information scattered across databases, documents, code, catalogs, semantic layers, and people's minds remains difficult to connect and reuse. Apply semantic modeling to define entities, classes, properties, identifiers, relationships, constraints, and business rules in forms that humans and machines can inspect. Clarify where formal ontologies complement relational databases, dimensional models, master data management, business intelligence, and existing data platforms.Create and query standards-based models with Turtle, Protégé, and Apache Jena Fuseki. Evaluate open-world reasoning, inference, validation, taxonomy design, vocabulary reuse, data virtualization, and provenance. Practical examples show how to formulate competency questions, write SPARQL queries, connect domain concepts, extract knowledge from existing sources, and ground large language models through retrieval-augmented generation.Scale from a focused proof of concept to a federated enterprise capability. Establish governance for ontology ownership, IRI management, versioning, security, lineage, reasoning, and cross-domain alignment. Compare graph technologies, examine infrastructure and development scalability, and account for the risks of inferred disclosures, conflicting definitions, unsupported conclusions, and automated decisions that cannot be explained.This book provides a realistic view of the value, effort, and discipline involved. Build the explicit, governed foundation that allows enterprise systems to move beyond retrieval and toward explanation, reasoning, and responsible decision support. N° de réf. du vendeur 9798898161712
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Semantic Webs of Meaning | Building Contextual Knowledge Graphs for Deduction and Integration
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Taschenbuch. Etat : Neu. Semantic Webs of Meaning | Building Contextual Knowledge Graphs for Deduction and Integration | Eugene Asahara | Taschenbuch | Englisch | 2026 | Technics Publications | EAN 9798898161712 | Verantwortliche Person für die EU: Libri GmbH, Europaallee 1, 36244 Bad Hersfeld, gpsr[at]libri[dot]de | Anbieter: preigu Print on Demand. N° de réf. du vendeur 136318063
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