DLNA is an acronym for Digital Living Network Alliance.
It is a capability in a device allowing it to talk to other devices with another DLNA device.
It interconnects electronic devices within a zone.
DLNA is an acronym for Digital Living Network Alliance.
It is a capability in a device allowing it to talk to other devices with another DLNA device.
It interconnects electronic devices within a zone.
The document discusses Android, an open source software stack for mobile devices. It is being developed by the Open Handset Alliance, a consortium of technology companies including Google, HTC, Intel and others. The document covers what Android is, how to install the Android SDK for development, basic programming concepts like activities and intents, and testing Android applications.
The Digital Living Network Alliance focuses on interoperability and allowing users to connect and share digital content across different home network devices. Its architecture includes a Digital Media Server, Digital Media Player, Digital Media Controller, Digital Media Renderer, and Digital Media Printer. It also supports various connectivity options and defines use case scenarios for sending, pushing, finding and playing, and pulling and printing digital content.
The Digital Living Network Alliance (DLNA) is a coalition of digital companies that aims to make home media sharing a reality by establishing standards for devices to interconnect and share multimedia content such as movies, photos, and music wirelessly. DLNA certified products that can connect through a home network include televisions, DVRs, mobile phones, NAS devices, audio/video systems, computers, printers, and media adapters from member companies.
The document discusses the Digital Living Network Alliance (DLNA), which defines guidelines for sharing digital media between devices on a home network. DLNA uses UPnP for media management, discovery, and control. It supports a wide range of devices and media formats. DLNA's layered architecture includes layers for network connectivity, network protocols, media transport, device discovery/control, and media formats. DLNA device models include digital media servers, players, renderers, controllers, and printers for home networks, as well as similar mobile models.
DLNA is a standard that allows devices like TVs, computers, smartphones and other consumer electronics to share media content over a home network. The standard defines device models and classes like digital media servers, players and renderers. It also establishes requirements for media formats, transport protocols, network connectivity and certification process for devices to be DLNA compliant.
The document discusses Android, an open source software stack for mobile devices. It is being developed by the Open Handset Alliance, a consortium of technology companies including Google, HTC, Intel and others. The document covers what Android is, how to install the Android SDK for development, basic programming concepts like activities and intents, and testing Android applications.
The Digital Living Network Alliance focuses on interoperability and allowing users to connect and share digital content across different home network devices. Its architecture includes a Digital Media Server, Digital Media Player, Digital Media Controller, Digital Media Renderer, and Digital Media Printer. It also supports various connectivity options and defines use case scenarios for sending, pushing, finding and playing, and pulling and printing digital content.
The Digital Living Network Alliance (DLNA) is a coalition of digital companies that aims to make home media sharing a reality by establishing standards for devices to interconnect and share multimedia content such as movies, photos, and music wirelessly. DLNA certified products that can connect through a home network include televisions, DVRs, mobile phones, NAS devices, audio/video systems, computers, printers, and media adapters from member companies.
The document discusses the Digital Living Network Alliance (DLNA), which defines guidelines for sharing digital media between devices on a home network. DLNA uses UPnP for media management, discovery, and control. It supports a wide range of devices and media formats. DLNA's layered architecture includes layers for network connectivity, network protocols, media transport, device discovery/control, and media formats. DLNA device models include digital media servers, players, renderers, controllers, and printers for home networks, as well as similar mobile models.
DLNA is a standard that allows devices like TVs, computers, smartphones and other consumer electronics to share media content over a home network. The standard defines device models and classes like digital media servers, players and renderers. It also establishes requirements for media formats, transport protocols, network connectivity and certification process for devices to be DLNA compliant.