摘要:
A system and method for Digital Living Network Alliance (DLNA) system is disclosed that provides data service of a digital broadcast. The DLNA system includes a digital media server for providing information about a broadcast A/V and data so as to handle a request for the data when a digital broadcast is requested, the digital media server receiving the digital broadcast and dividing the received digital broadcast into a broadcast A/V part and a data part so as to download the broadcast A/V part and the data part, respectively, and a digital media player for requesting the digital media server to transmit information about the digital broadcast, and to transmit data after receiving information about the broadcast A/V part and the data part from the digital media server, and for receiving and carrying out the requested data.
摘要:
A method and system of automatically selecting a channel to receive a stream transmitted in an IEEE 1394 network is provided. The method and system include the steps of: a predetermined IEEE 1394 device belonging to the IEEE 1394 network, selecting a predetermined channel number by changing the channel number of a current channel; reading a value input through a channel having the predetermined channel number and stored in a data buffer and storing the read value as a first variable; reading a value input through the channel having the predetermined channel number and stored in the data buffer and storing the read value as a second variable; comparing the first variable to the second variable; and selecting the predetermined channel number if the first variable and the second variable are different from each other as the comparison result.
摘要:
Disclosed is a method of managing data between a control point and at least one device in a DLNA system. The DLNA system includes a control point designed to generate a sleep-mode entry message and transmit the sleep-mode entry message to at least one device before entry into a sleep mode and then enter into the sleep mode. The at least one device designed to receive the sleep-mode entry message from the control point and store event information of an event when an event occurs.
摘要:
A method for sharing a file between a control point and a media server in a DLNA system, and a system thereof are provided, in which the control point captures a photo, determines a similarity between a facial image included in the captured photo and a facial image file corresponding to at least one media server, compares the similarity with a pre-stored value, and if the similarity is greater than or equal to the pre-stored value, transmits a Uniform Resource Identifier (URI) representing a position at which the photo is stored to the media server, and the media server accesses the URI received from the control point and receives the photo using the URI.
摘要:
Provided is a method for sharing contents between devices using an IEEE 1394 interface in a DLNA system. The method includes transporting a SetAVTransportURI from a DMP to a DMS, and informing the DMS of a URI of a content; upon receipt of the SetAVTransportURI, performing the steps of transporting a “CONNECT” command to the DMP using a protocol, and preparing contents transport between the DMP and the DMS; upon preparation of the contents transport, performing the steps of transporting a command depending on each environment between the DMP and the DMS, controlling contents transport in the IEEE 1394 interface, and linking the contents transport between the DMP and the DMS; and upon ending of the contents control and transport, performing the steps of transporting a “DISCONNECT” command between the DMP and the DMS using the protocol, performing a cleanup between the DMP and the DMS, and ending the contents transport.
摘要:
Provided is a method for sharing contents between devices using an IEEE 1394 interface in a DLNA system. The method includes transporting a SetAVTransportURI from a DMP to a DMS, and informing the DMS of a URI of a content; upon receipt of the SetAVTransportURI, performing the steps of transporting a “CONNECT” command to the DMP using a protocol, and preparing contents transport between the DMP and the DMS; upon preparation of the contents transport, performing the steps of transporting a command depending on each environment between the DMP and the DMS, controlling contents transport in the IEEE 1394 interface, and linking the contents transport between the DMP and the DMS; and upon ending of the contents control and transport, performing the steps of transporting a “DISCONNECT” command between the DMP and the DMS using the protocol, performing a cleanup between the DMP and the DMS, and ending the contents transport.