This page summarizes the relationships among specifications, whether they are finished standards or drafts. Below, each title links to the most recent version of a document.
W3C Recommendations have been reviewed by W3C Members, by software developers, and by other W3C groups and interested parties, and are endorsed by the Director as Web Standards. Learn more about the W3C Recommendation Track.
Group Notes are not standards and do not have the same level of W3C endorsement.
The Metadata Task Force of the Digital Publishing Interest Group conducted a series of interviews with representatives of various sectors and roles within the publishing ecosystem. This Note includes a write-up of those interviews, documents in detail the issues that were raised, and provides general conclusions on where the W3C can contribute to the general advancement of metadata usage in the Digital Publishing Domain.
This document describes the set of use cases generated for Annotation and Social Reading within the W3C Digital Publishing Interest Group, in coordination with the Open Annotation Community Group.
Below are draft documents: other Working Drafts . Some of these may become Web Standards through the W3C Recommendation Track process. Others may be published as Group Notes or become obsolete specifications.
This document introduces Portable Web Publications, a vision for the future of digital publishing that is based on a fully native representation of documents within the Open Web Platform. Portable Web Publications achieve full convergence between online and offline/portable document publishing: publishers and users won't need to choose one or the other, but can switch between them dynamically, at will.
Accessibility of web content requires semantic information about widgets, structures and behaviors in order to allow assistive technologies to convey appropriate information to persons with disabilities. This specification defines a module encompassing an ontology of roles, states and properties specific to the digital publishing industry. These semantics are designed to allow an author to convey user interface behaviors and structural information to assistive technologies and to enable semantic navigation, styling and interactive features used by readers.
The Web Annotation Data Model specfication describes a structured model and format to enable annotations to be shared and reused across different hardware and software platforms to support a wide variety of simple as well as complex application use cases.
The FindText API specification describes an API for finding ranges of text in a document or part of a document, using a variety of selection criteria.
This document documents CSS features needed by the digital publishing community, as determined by the W3C Digital Publishing Interest Group.
This document summarizes the text composition requirements in the Chinese writing system. One of the goals of the task force is to describe the issues in the Chinese layout requirements, another one is to provide satisfactory equivalent to the current standards (i.e. Unicode), also to promote vendors to implement those relevant features correctly.
This document describes the basic requirements for Indic script layout and text support on the Web and in eBooks. These requirements provide information for Web technologies such as CSS, HTML and SVG about how to support users of Indic scripts. The current document focuses on Devanagari, but there are plans to widen the scope to encompass additional Indian scripts as time goes on.
Annotations are typically used to convey information about a resource or associations between resources. Simple examples include a comment or tag on a single web page or image, or a blog post about a news article.
The Web Annotation Protocol describes the transport mechanisms for creating and managing annotations in a method that is consistent with the Web Architecture and REST best practices.
This document describes requirements for pagination and layout of books in latin languages, based on the tradition of print book design and composition. It is hoped that these principles can inform the pagination of digital content as well, and serve as a reference for the CSS Working Group and other interested parties. This work was inspired by [JLREQ].