This document describes the Media Fragments 1.0 specification. It specifies the syntax for constructing media fragment URIs and explains how to handle them when used over the HTTP protocol. The syntax is based on the specification of particular field-value pairs that can be used in URI fragment and URI query requests to restrict a media resource to a certain fragment.

This document defines the Ontology for Media Resources 1.0. The term "Ontology" is used in its broadest possible definition: a core vocabulary. The intent of this vocabulary is to bridge the different descriptions of media resources, and provide a core set of descriptive properties. This document defines a core set of metadata properties for media resources, along with their mappings to elements from a set of existing metadata formats. Besides that, the document presents a Semantic Web compatible implementation of the abstract ontology using RDF/OWL. The document is mostly targeted towards media resources available on the Web, as opposed to media resources that are only accessible in local repositories.

This document introduces a series of scenarios and a list of requirements guiding the work of the W3C Audio Working Group in its development of a web API for processing and synthesis of audio on the web.

This specification defines HTML form enhancements that provide access to the audio, image and video capture capabilities of the device.

This specification defines a client-side API to access metadata information related to media resources on the Web.

This document defines a set of APIs that allow local media, including audio and video, to be requested from a platform, media to be sent over the network to another browser or device implementing the appropriate set of real-time protocols, and media received from another browser or device to be processed and displayed locally.

This document defines an API for recording audio and video streams.

This specification describes a high-level JavaScript API for processing and synthesizing audio in web applications. The primary paradigm is of an audio routing graph, where a number of AudioNode objects are connected together to define the overall audio rendering. The actual processing will primarily take place in the underlying implementation (typically optimized Assembly / C / C++ code), but direct JavaScript processing and synthesis is also supported.

Aggregates requirements of a user with disabilities with respect to audio and video on the Web, providing background on user needs, alternative content technologies, and their application on the Web.

This specification introduces and compares two client-side APIs for processing and synthesizing real-time audio streams in the browser.

This document complements the Media Fragments 1.0 specification. It described various recipes for processing media fragments URI when used over the HTTP protocol.

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This document describes use cases and requirements for the development of the Media Fragments 1.0 specification. It also specifies the syntax for constructing media fragment URIs and explains how to handle them when used over the HTTP protocol. It finally includes a technology survey for addressing fragments of multimedia document.

This proposal makes HTML Streams the foundation for integrated Web media processing by creating a mixing and effects processing API for HTML Streams.

The Media Capture API enables access to the audio, image and video capture capabilities of the device through Javascript.