Finding: The Self-Describing Web

E55042

"Finding: The Self-Describing Web" is a W3C Technical Architecture Group document that explains how web resources should carry or link to enough metadata and semantics to allow automated agents and humans to understand and use them without prior agreement.


Statements (49)
Predicate Object
instanceOf W3C TAG finding
technical architecture document
web architecture guideline
describesConcept data formats with embedded semantics
human-understandable descriptions
link-based discovery of semantics
machine-understandable descriptions
protocol-level semantics
representation metadata
self-describing resource
vocabulary discovery
emphasizes that understanding should not require out-of-band agreements
the importance of self-describing messages in web architecture
hasAuthor W3C Technical Architecture Group
hasGoal enable automated agents to understand web resources without prior agreement
enable humans to understand web resources without prior agreement
improve interoperability across independently developed web systems
promote self-describing representations on the web
hasTopic HTTP headers
RDF
URI semantics
automated agents
content negotiation
decentralized extensibility
hypertext links
interoperability
linked data principles
machine-readable data
media types
metadata
resource representation
self-describing web
semantics
web architecture
web metadata discovery
web resource identification
intendedAudience standards designers
web architects
web developers
publishedBy W3C
World Wide Web Consortium
recommends including sufficient metadata in resource representations
using URIs to identify vocabularies and terms
using links to discover additional semantics
using protocol features such as HTTP headers to convey metadata
using standardized media types and profiles
relatedTo Architecture of the World Wide Web, Volume One
W3C Technical Architecture Group findings
supportsPrinciple REST self-descriptive messages

Referenced by (1)
Subject (surface form when different) Predicate
W3C Technical Architecture Group
notableWork

Please wait…