KR20160096575A - Media File Sharing Mehtod, and Managing Server Used Therein - Google Patents

Abstract

Disclosed are a method for sharing a media file and a management server used thereby. The present invention is implemented through a process in which the management server receives a media file registration request from a user terminal, stores a media file uploaded by the user terminal, receives a streaming transmission request for a media file from an external equipment, determines whether the external device has a streaming transmission request right for a media file, and transmits streaming data of the media file to an external equipment when the external equipment determines whether there is a streaming transmission request right for the media file. According to the present invention, the user can utilize such a multi-track media file even in a specific external equipment designated by the user or other services through streaming transmission in addition to producing and editing a multi-track media file containing his or her own personality.

Description

METHOD FOR SHARING MEDIA FILES AND MANAGEMENT SERVER USED THEREIN Document Type and Number:

The present invention relates to a media file sharing method and a management server used therein. More particularly, the present invention relates to a method and apparatus for sharing a multimedia file, The user can specify the external equipment and the service having the access right to the media file uploaded to the management server, as well as to utilize it through the streaming transmission in the specific external equipment or another service designated by the user To a media file sharing method and a management server used therefor, which can prevent a copyright of a user from being infringed due to the transmission and distribution of a legitimate non-owner to a media file owned by the user.

With the development of the media content industry and the technological innovation of mobile terminals such as smart phones, consumers of the media contents industry have media files such as music files and music video files that they prefer to their own smart phones or personal PCs.

In addition, according to the development of editing technology for a media file, users do not merely store the corresponding media file, but generate their own contents by using various editing techniques.

However, in the case where a user wants to reproduce and utilize a multimedia file created or stored by a user in another place such as a karaoke room, a system for supporting this is not currently developed.

Accordingly, it is an object of the present invention to provide an apparatus and method for recording and reproducing a multi-track media file, such as a multi-track media file, It is possible to individually set external devices and services having access rights to the media files uploaded to the management server by the user so as to allow a user who has no legitimate rights to the media files owned by the user The present invention provides a media file sharing method and a management server used therefor that can prevent a user's copyright from being infringed due to transmission and distribution.

According to another aspect of the present invention, there is provided a media file sharing method including: receiving a media file registration request from a user terminal; Storing the media file uploaded by the user terminal in the management server; The management server receiving a streaming transmission request for the media file from an external device; Determining whether the external device is authorized to request streaming transmission of the media file; And transmitting the streaming data of the media file to the external device when the management server determines that the external device has a right to request a streaming transmission for the media file.

Preferably, the media file registration request includes information of an external device having a request for streaming transmission of the media file.

The media file may be a multitrack media file including a first media file and a second media file corresponding to the first media file.

Further, the media file may include a data portion having a structure in which each frame of the second media file corresponding to each frame of the first media file is adjacently joined to each other; And a header part indicating information on the total number of the first media files and a total number of the second media files, wherein at least one of the frames of the first media file and each of the frames of the second media file And a frame header portion indicating an output adjustment value of each frame.

Meanwhile, the management server according to the present invention includes: a receiving unit for receiving a media file registration request from a user terminal; And a storage unit for storing a media file uploaded by the user terminal, wherein the receiving unit receives a streaming transmission request for the media file from an external device, and the streaming transmission request for the media file Wherein the authentication unit further includes a transmission unit that transmits streaming data of the media file to the external device when the authentication unit determines that the external device has a right to request streaming transmission of the media file, And further comprising:

In addition, the media file registration request includes information of external equipment having a request for streaming transmission of the media file.

The media file may be a multitrack media file including a first media file and a second media file corresponding to the first media file.

Further, the media file may include a data portion having a structure in which each frame of the second media file corresponding to each frame of the first media file is adjacently joined to each other; And

Wherein at least one of the frames of the first media file and each of the frames of the second media file includes a header portion indicating the total number of the first media files and a total number of the second media files, And a frame header portion indicating an output adjustment value of the frame.

According to the present invention, a user does not only create and edit a multitrack media file containing his / her own personality, but also transmits the multitrack media file in a different location, And the like.

In addition, according to the present invention, a user can individually set external equipment and services having access rights to a media file uploaded to the management server by himself / herself, thereby transmitting and distributing legitimate unauthorized persons to a media file owned by the user So that the copyright of the user can be prevented from being infringed.

1 illustrates a structure of a multi-track media file according to an exemplary embodiment of the present invention;
FIG. 2 illustrates a more detailed structure of a multitrack media file according to an embodiment of the present invention in FIG. 1; FIG.
3 is a more detailed view of the structure of a multi-track media file according to another embodiment of the present invention,
4 is a functional block diagram illustrating a structure of an apparatus 300 for editing multitrack media files according to the present invention.
FIG. 5 is a flowchart illustrating a process of executing a multitrack media file editing method according to the present invention.
6 is a configuration diagram of a media file sharing system according to the present invention;
7 is a functional block diagram illustrating the structure of a management server 500 on a media file sharing system according to the present invention, and Fig.
FIG. 8 is a flowchart illustrating a process of executing a media file sharing method according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings. It is to be noted that the same elements among the drawings are denoted by the same reference numerals whenever possible. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

1 is a diagram illustrating a structure of a multi-track media file according to an embodiment of the present invention. Referring to FIG. 1, a multitrack media file according to an embodiment of the present invention includes a first media file (audio file), which is a vocal MP3 file stored only with vocals, and an MR (Music Recorded) MP3 file, And a third media file (video file), which is a background video file of accompaniment and vocals such as a video of a second media file (audio file), music video, and the like.

1, a multitrack media file including a first media file, a second media file, and a third media file is composed of a header part 100 and a data part 200, Each frame of the first media file, each frame of the second media file, and each frame of the third media file are adjacently combined.

Specifically, after the first frame (data 1-1) of the first media file, the first frame (data 2-1) of the second media file corresponding thereto is connected adjacently, and the first frame 2-1), the first frame (data 1-1) of the first media file and the first frame (data 3-1) of the third media file corresponding to the first frame (data 2-1) of the second media file are combined .

Then, the second frame (data 1-2) of the first media file, the second frame (data 2-2) of the second media file and the second frame (data 3-2) of the third media file are adjacent It is connected.

FIG. 2 is a more detailed view of the structure of a multi-track media file according to an embodiment of the present invention in FIG. 2, the header part 100 of the multitrack media file includes a file type information, a total number of video files (Video Track Number), a total number of synthesized audio files (Audion Track (Codec) of the synthesized audio file, the total frame number information of the data unit 200, and the size information (size information) of each frame Frame Size) is stored.

Specifically, the file type information indicates that the file type is a file type different from the general multimedia file. The codec information (Video Codec) of the synthesized video file may be MP4, MEPG4, H.264, WMV, The audio codec of the synthesized audio file may be MP3, AAC, OGG, WMA, and the like.

In addition, the size information (frame size) of each frame stored in the header unit 100 may be utilized when a multitrack media file is played back, such as skipping 30 seconds by a user's operation .

Referring to FIG. 2, a frame header 250 is provided for each frame in each of the first to third media files constituting the data part 200 of the multitrack media file according to the present invention. The track header of each frame, the track type of each frame, the output adjustment value for each frame, and the size information of each frame (Frame Size) ) Are stored.

3 is a diagram illustrating a structure of a multi-track media file according to another embodiment of the present invention in more detail. Meanwhile, the multitrack media file in FIG. 3 is a form in which a fourth media file, which is a video file, is added to the multitrack media file in FIG.

Referring to FIGS. 2 and 3, the detailed structure of the frame header part 250 will be described. The track number of each frame corresponds to the media file number (1, 2, 3, etc.) And the track type of each frame means the type of the media file of the corresponding frame such as video (V) or audio (A), and the output adjustment value (Adjust Value) for each frame is 0 to 1 For example, when the output adjustment value is 0.7, it means that the output for the corresponding frame is adjusted to 70%. When the output adjustment value is 0, the output for the frame is set to 0 %, And when the output adjustment value is 1, it means that the output of the frame is 100%.

 In addition, the size information of each frame included in each frame part of the data part 200 is identical with the size information (Frame Size) of each frame stored in the header part 100 provided in the data part 200 do.

FIG. 4 is a functional block diagram illustrating a structure of a multi-track media file editing apparatus 300 according to the present invention. 4, an apparatus 300 for editing multi-track media files according to the present invention includes an input unit 310, a multiplexer unit 320, a storage unit 330, a playback unit 340, an editing unit 350, A conversion unit 360, a conversion unit 370, and a transmission unit 380.

The input unit 310 of the multitrack media file editing apparatus 300 includes an input panel through which various control commands for the user's multitrack media file editing apparatus 300 are input, An input terminal, and a video input terminal to which an external video signal is input.

In addition, general audio data and general video data are input through the input unit 310, and the multiplexer unit 320 generates a multitrack media file having a structure as shown in FIG. 1 by using these general audio data and general video data .

The storage unit 330 stores general audio data, general video data, and multitrack media files generated by the multiplexer unit 320, which are input through the input unit 310.

The playback unit 340 plays back the respective tracks in the multitrack media file stored in the storage unit 330 independently and concurrently. The tracks independently reproduced by the playback unit 340 are output through the output unit 360 It is simultaneously output and delivered to the user.

In addition, when an output control command for a specific audio track or a specific frame in a specific video track is input through the input unit 310, the editing unit 350 generates an output adjustment value according to the output adjustment command , And records the generated output adjustment value in the frame header part 250 of the frame.

Specifically, the output adjustment value is generated from '0' to '1'. When the user adjusts the output value of a specific frame on a specific audio track or a specific video track to a maximum output of 100%, the output adjustment value is '1', and when the user adjusts the output value to 0%, the output adjustment value is generated as '0'.

The converting unit 370 converts the multitrack media file stored in the storage unit 330 into a general multimedia file that can be played in a normal playback apparatus. And transmits the converted general multimedia file to the external device.

FIG. 5 is a flowchart illustrating a process of executing a multitrack media file editing method according to the present invention. 1 to 5, a method for editing a multi-track media file according to the present invention will be described. First, a first media file At least one general audio data and at least one general video data such as a second media file (audio file), a second media file (audio file), a third media file (video file), and the like are inputted (S410) 330).

Then, the multiplexer unit 320 generates a multitrack media file by multiplexing the first media file to the third media file and the like in FIG. 1, and the generated multitrack media file is stored in the storage unit 330 (S420).

Meanwhile, a structure of a multi-track media file created using two general audio data and two general video data may be formed as shown in FIG.

 In operation S430, the user inputs an audio signal or a video signal through the input unit 310 to add an audio track or a video track to the multitrack media file generated in operation S420.

Specifically, the user may input his / her voice as an audio signal by calling a song included in the multi-track media file through the microphone connected to the input terminal of the multi-track media file editing device 300, A video signal may be input by photographing a background image of a song included in the multitrack media file through a camera module connected to an input terminal of the file editing apparatus 300. [

The editing unit 350 of the multitrack media file apparatus additionally generates a media file in the same format as the first media file to the third media file in FIG. 1 based on the input audio signal or video signal, The generated media file is reflected in the created multi-track media file in step S420 according to the format shown in FIG. 1 to generate a modified multi-track media file, and the modified multi-track media file is stored in the storage unit 330 (S440).

On the other hand, the user inputs a reproduction command of the multitrack media file modified and generated in the above-described step S440 through the input panel of the input unit 310, and the reproduction unit 340 reproduces the modified multitrack media file accordingly (S450).

Specifically, the playback unit 340 of the multitrack media file editing apparatus 300 parses each frame data in a plurality of audio tracks included in the modified multitrack media file, and then mixes the frame data An audio file is reproduced, and each frame data in a plurality of video tracks included in the modified multitrack media file is parsed and then mixed to reproduce the video file.

Accordingly, while watching a video file and an audio file included in the multitrack media file output through the output unit 360, the user inputs an output adjustment command for each video track and / or each audio track to the input unit 310 (S460).

Specifically, Mp3 frame Data 1-1 (first audio file), Mp3 frame Data 2-1 (second audio file), Mp4 frame Data 3-1 (first video file), Mp4 frame Data 4 The user adjusts the output of the first audio file to 0, adjusts the output of the second audio file to 100% while the reproduction is performed in the reproduction section composed of -1 (the second video file) If the output of the file is adjusted to 0 and the output of the second video file is adjusted to 100%, as shown in FIG. 3, the editing unit 350 sets the output adjustment value for the Mp3 frame Data 1-1 (the first audio file) 0, and the output adjustment value for the Mp3 frame Data 2-1 (second audio file) is generated and recorded as 1, and the output adjustment value for the Mp4 frame Data 3-1 (the first video file) 0, and an output adjustment value for the Mp4 frame Data 4-1 (second video file) is generated and recorded as 1 (S470).

As in step S470, the multitrack media file in which the output adjustment value generated by the editing unit 350 is recorded is stored in the storage unit 330, (Step S480).

Specifically, the reproducing unit 340 of the multitrack media file editing apparatus 300 parses each frame data in a plurality of audio tracks included in the multitrack media file in which the output adjustment value is recorded, The output is adjusted according to the output adjustment value recorded in the frame header part 250 of each frame data.

Specifically, the Mp3 frame Data 1-1 (the first audio file) in which the output adjustment value is recorded as 0 is not outputted and the Mp3 frame Data 2-1 (the second audio file) in which the output adjustment value is recorded as 1 is 100 % Output.

In addition, the Mp4 frame Data 3-1 (the first video file) in which the output adjustment value is recorded as 0 is not output, and the Mp4 frame Data 4-1 (the second video file) in which the output adjustment value is recorded as 1 is 100% Output.

On the other hand, if the output adjustment value of the Mp4 frame Data 3-1 (first video file) is recorded as 0.3 and the output adjustment value of the Mp4 frame Data 4-1 (second video file) is recorded as 0.7, The ratio of the video output by the Mp4 frame Data 3-1 (the first video file) and the video output by the Mp4 frame Data 4-1 (the second video file) is 3: 7, and the two videos are overlapped and outputted.

In step S460, the Mp3 frame data 1-1 (first audio file), Mp3 frame data 2-1 (second audio file), Mp4 frame data 3-1 (first video file), Mp4 frame data 4 Mp3 frame Data 1-2 (first audio file), Mp3 frame Data 2-2 (second audio file), which are playback sections following the playback section (first section) composed of -1 (the second video file) By further adjusting the output adjustment value in the playback section (second section) comprising Mp4 frame Data 3-2 (first video file) and Mp4 frame Data 4-2 (second video file) The output state of the video file can be continuously adjusted.

For example, after the output adjustment value of the Mp3 frame Data 1-1 (the first section of the first audio file) is set to 0, the output adjustment of the Mp3 frame Data 1-2 (the second section of the first audio file) Value is set to 0.5 and the Mp3 frame Data 1-3 (the third section of the first audio file) is set to 1, in the above-described reproduction at the step S480, during the period from the first section to the third section 1 audio files will gradually increase in output from 0 to 100%.

In addition, after the user sets the output adjustment value of the Mp4 frame Data 4-1 (the first section of the second video file) to 1, the output adjustment of the Mp4 frame Data 4-2 (the second section of the second video file) Value is set to 0.5, and the output adjustment value of the Mp4 frame Data 4-3 (third section of the second video file) is set to 0, in the above-described step S480, The output level of the second video file gradually decreases from 100% to 0%, and the effect of FADE OUT on the screen of the output unit 360 can be shown.

Conversely, after the user sets the output adjustment value of the Mp4 frame Data 3-1 (the first section of the first video file) to 0, the output adjustment of the Mp4 frame Data 3-2 (the second section of the first video file) Value is set to 0.5 and the output adjustment value of the Mp4 frame Data 3-3 (the third section of the first video file) is set to 1, in the reproduction in the above-described step S480, The output level of the first video file gradually increases from 0% to 100%, and the effect of FADE IN on the screen of the output unit 360 can be shown.

In addition, in carrying out the present invention, the steps S430 to S440 may be omitted, and the audio track or the video track may be added to the multi-track media file stored in the storage unit 330 The above steps S450 through S470 may be executed immediately.

Meanwhile, since the multitrack media file stored in the storage unit 330 in step S470 has a file structure that can not be executed by the general media player, in the present invention, in step S470, The track media file is reproduced through the reproducing unit 340 at step S480 and the converting unit 370 captures the audio output signal and the video output signal finally mixed and output through the output unit 360, (MP4, AVI, WMV, etc.) (S490).

That is, in this way, the user can create a video UCC to which his / her own editing content is applied, and the generated video UCC is transmitted to an external device through the transmitting unit 380 for posting on Youtube, SNS, do.

Meanwhile, according to the present invention, a user can share various types of media files including multi-track media files having the above-described structure at a plurality of places using a management server 500, which is a kind of cloud server .

6 is a configuration diagram of a media file sharing system according to the present invention. Referring to FIG. 6, the media file sharing system according to the present invention includes a user terminal 600, a management server 500, and an external device 700.

The user terminal 600 stores various types of media files including multitrack media files and uploads the media files designated by the user to the management server 500. [

The user terminal 600 may be a personal computer having a wired / wireless communication function. In implementing the present invention, the above-described multitrack media file editing apparatus 300 may be connected to the user terminal 600 It may be utilized.

Meanwhile, the management server 500 stores the uploaded media file from the user terminal 600, and when the streaming transmission request of the corresponding media file is received from the external device 700, And transmits the streaming data of the media file to the external device 700 when it is confirmed that the transfer request authority exists.

In addition, the external device 700 may be a karaoke system installed in a karaoke room or the like, and may be installed in various types (for example, a karaoke system or a karaoke system) installed in a karaoke room, by a user who uploads his / her own media file to the management server 500 via the user terminal 600 It can be a media playback apparatus.

Meanwhile, in implementing the present invention, it is preferable that the external equipment 700 includes a wire / wireless communication module for communication with the management server 500.

In addition, in implementing the present invention, the external device 700 may be an external server that provides a closed SNS service. In this case, the user may upload his or her own media file uploaded to the management server 500, Or through a closed, closed SNS service.

7 is a functional block diagram illustrating the structure of a management server 500 on a media file sharing system according to the present invention. Referring to FIG. 3, the management server 500 on the media file sharing system according to the present invention includes a receiving unit, a storage unit, a reproducing unit, an authentication unit, an editing unit, and a transmitting unit.

First, the receiving unit of the management server 500 receives a media file registration request from the user terminal 600, and receives a streaming transmission request for the corresponding media file from the external device 700.

Meanwhile, the storage unit of the management server 500 stores the media file uploaded by the user terminal 600 and the information of the external device 700 having the streaming transmission request authority to the corresponding media file, It is determined whether the external device 700 requesting the streaming transmission is an external device 700 that is authorized to request the transmission.

When the authentication unit of the management server 500 determines that the corresponding external device 700 is authorized to request streaming transmission of the media file, the playback unit of the management server 500 transmits a request And the transmitting unit of the management server 500 transmits the streaming data of the media file to the external equipment 700. [

In addition, the editing unit of the management server 500 performs the same function as the editing unit 350 in the above-described multi-track media file editing apparatus 300. [ That is, when a user transmits an output adjustment command for a specific audio track or a specific frame in a specific video track to the management server 500 through the user terminal 600, 600, the editing unit generates an output adjustment value according to the output adjustment command, and records the output adjustment value generated in the frame header unit 250 of the corresponding frame.

FIG. 8 is a flowchart illustrating a process of executing a media file sharing method according to the present invention. Hereinafter, a media file sharing method according to the present invention will be described with reference to FIGS. 6 to 8. FIG.

First, a user selects a media file desired to be executed in another external device 700 among various media files such as a multi-track media file stored in the user terminal 600, and transmits the selected media file to the management server 500 Upload.

In detail, the user terminal 600 transmits a media file registration request message to the management server 500 together with the data of the corresponding media file. Accordingly, the receiving unit of the management server 500 receives the media file registration request message from the user terminal 600, A registration request message is received (S810).

In implementing the present invention, the media file registration request message includes the account information (account ID and password) of the user, the external device 700 having the authority to request streaming transmission of the media file uploaded to the management server 500 (I.e., access right information) of the access right information.

The authentication unit of the management server 500 authenticates the upload authority of the user based on the account information received from the user terminal 600. In the storage unit of the management server 500, Access right information for the file is stored for each account of the corresponding user (S830).

In the meantime, when the media file upload by the user is completed, the management server 500 preferably transmits a URL (Uniform Resource Locator) of the corresponding media file to the user terminal 600 something to do.

In the meantime, in implementing the present invention, the access right information, which is information of the external device 700 having the streaming transmission request authority for a specific media file, is an IP address (Internet Protocol Address) of the external device 700 In addition, when the external device 700 is a karaoke machine or the like, it may be a unique number such as a product serial number.

That is, the user inputs the IP address of the external device 700 (for example, a karaoke system installed in a karaoke room where the user is scheduled to visit friends) who wishes to execute a media file uploaded to the management server 500 As the access authority information of the corresponding media file.

In this way, when the user who has uploaded his / her own media file to the management server 500 visits the karaoke room scheduled with his / her friends, it is managed through the input panel of the external device 700, After inputting the URL of the media file uploaded to the server 500, the user clicks the 'file playback' button provided in the external device 700.

The external device 700 transmits the streaming transmission request message to the management server 500 and the reception unit of the management server 500 receives the streaming transmission request message from the external device 700 in operation S850. .

Meanwhile, the streaming transmission request message received by the management server 500 includes the IP address information of the external device 700, and the authentication unit of the management server 500 transmits the IP address information of the external device 700 to the media And matches the access right information stored in the storage unit.

If the IP address information of the external device 700 included in the streaming transmission request message does not match the access right information stored in the storage unit, the authentication unit of the management server 500 transmits the IP address information of the external device 700 to the external device 700 And transmits a message indicating that the external device 700 does not have access to the media file through the transmitting unit of the management server 500. [

On the other hand, when the IP address information of the external device 700 included in the streaming transmission request message and the access right information stored in the storage unit match, the authentication unit of the management server 500 transmits And authenticates the streaming transmission request (S870).

In this way, when the authentication unit of the management server 500 authenticates the streaming transmission request to the external equipment 700, the playback unit of the management server 500 plays the corresponding media file, The streaming data of the file is transmitted to the external equipment 700 (S890).

Accordingly, the user can stream and play his or her own media file, which is uploaded in advance, through the external device 700, which is a karaoke device installed in the karaoke room visited by the user.

As described above, in the present invention, when the authentication unit of the management server 500 authenticates the streaming transmission request by the external device 700, authentication is performed based on the access right information set by the user, The use range of the media file can be directly set by the user, thereby blocking the possibility of copyright infringement on the corresponding media file.

Meanwhile, the media file uploaded to the management server 500 may be a multi-track media file having the structure as described above with reference to FIGS.

Specifically, the multitrack media file is composed of a first media file (audio file), which is a vocal MP3 file stored only with vocals, and a second media file (audio file), which is an MR (Music Recorded) And may be composed of a third media file (video file) which is a background movie file of accompaniment and vocals such as a first media file (audio file), a second media file (audio file), and a video such as a music video And a fourth media file, which is a first media file (audio file), a second media file (audio file), a third media file (video file), and another video file.

In the case where the media file uploaded to the management server 500 is a multitrack media file of various formats, the user can access the management server 500 through the user terminal 600 by using a specific audio track or a specific frame The editing unit of the management server 500 generates an output adjustment value according to the output adjustment command and writes the output adjustment value generated in the frame header unit 250 of the corresponding frame to the storage unit The editing operation for the multitrack media file may be performed on the management server 500. [

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention.

Furthermore, the terms used in the present invention are used only to describe specific embodiments and are not intended to limit the present invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the terms "comprises" or "having" and the like are used to specify that there is a feature, a number, a step, an operation, an element, a component or a combination thereof described in the specification, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

100: header portion, 200: main body portion,
250: a frame header part, 300: a multitrack media file editing device,
500: management server, 600: user terminal,
700: External equipment.

Claims (8)

The management server receiving a media file registration request from a user terminal;
Storing the media file uploaded by the user terminal in the management server;
The management server receiving a streaming transmission request for the media file from an external device;
Determining whether the external device is authorized to request streaming transmission of the media file; And
Transmitting the streaming data of the media file to the external device when the management server determines that the external device has a right to request streaming transmission of the media file
/ RTI >
The method according to claim 1,
Wherein the media file registration request includes information of an external device having a request for streaming transmission of the media file.
The method according to claim 1,
The media file may include:
And a second media file corresponding to the first media file, wherein the second media file is a multi-track media file including a first media file and a second media file corresponding to the first media file.
The method of claim 3,
The media file may include:
A data portion having a structure in which each frame of the second media file corresponding to each frame of the first media file is adjacently joined; And
A total number of the first media files and a total number of the second media files,
Wherein at least one of each frame of the first media file and each frame of the second media file has a frame header part indicating an output adjustment value of each frame.
A receiving unit for receiving a media file registration request from a user terminal; And
A storage unit for storing a media file uploaded by the user terminal;
/ RTI >
Wherein the receiving unit receives a streaming transmission request for the media file from an external device,
Further comprising an authentication unit for determining whether the external device is authorized to request streaming transmission of the media file,
Wherein, when the authentication unit determines that the external equipment is authorized to request streaming transmission of the media file,
And a transmitting unit for transmitting the streaming data of the media file to the external equipment.
6. The method of claim 5,
Wherein the media file registration request includes information of an external device having a request for streaming transmission of the media file.
6. The method of claim 5,
The media file may include:
Wherein the first media file is a multitrack media file including a first media file and a second media file corresponding to the first media file.
The method of claim 3,
The media file may include:
A data portion having a structure in which each frame of the second media file corresponding to each frame of the first media file is adjacently joined; And
A total number of the first media files and a total number of the second media files,
Wherein at least one of each frame of the first media file and each frame of the second media file has a frame header part indicating an output adjustment value of each frame.

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