KR101879168B1 - System for Providing Studio Device Control Sequence Sharing Service and Method thereof - Google Patents

Abstract

The present invention relates to a system and method for sharing a studio equipment control sequence, and a system for providing a studio equipment control sequence sharing service according to the present invention includes a first camera module for generating first moving picture contents for a first object; A control sequence storage module for storing a first studio equipment control sequence for controlling the first camera module; A first studio equipment control module for controlling the first camera module according to the first studio equipment control sequence; A moving picture content storage module for storing the first moving picture content to be associated with the first studio equipment control sequence; The method of claim 1, further comprising: providing a content sharing web service that provides a plurality of moving image contents including the first moving image content through a communication network; and providing the first moving image content to the first studio device A web service server for receiving a control sequence sharing request for sharing a control sequence through a communication network; A second camera module for generating second moving picture contents for a second subject; And a second studio equipment control module for controlling the second camera module based on the first studio equipment control sequence in response to the control sequence sharing request.

Description

TECHNICAL FIELD [0001] The present invention relates to a system and a method for providing a shared control service,

The present invention relates to a system and a method for providing a studio equipment control sequence sharing service, and more particularly, to a system and method for providing a studio equipment control sequence sharing service, in which a user who watches a moving picture content through a studio equipment control sequence associated with moving picture contents, And more particularly, to a system and method for providing a studio equipment control sequence sharing service capable of producing own video contents using the same.

With the development of personal video recording equipment and the development of video content sharing sites, the production of UGC (User Generated Contents), which is user-created video content, has been activated. The UGC, which is shot and edited by an individual, has a lower quality of content than the video content by a professional. In order for users to produce high quality video contents, professional shooting equipment and shooting personnel, professional editing equipment and editing personnel are needed. However, it is difficult for a UGC not seeking profit to have professional equipment and personnel for personal use.

To overcome this, automated studios have been proposed. The automated studio has professional shooting and editing equipment, but eliminates the cost of shooting and editing staff through programmable shooting equipment and editing equipment control sequences, and allows many users to use the same shooting and editing equipment Thereby minimizing the cost of generating the UGC.

However, there is a problem that another specialized technique is required to set up the programmed control sequence of such an automated studio. It is therefore very difficult for the average user to design the camera control, lighting control, and audio control to match their performance and to create a programmable control sequence. Thus, known automation studios have been implemented to use only a certain control sequence or to allow the user to select from several control sequences. However, since the content of UGC is very diverse in terms of chorus, acting, cooking, product review, exercise, etc., there is a problem that it can not cope with such a variety of contents by only a certain set of studio equipment control sequences.

US Patent No. 7,324,166 entitled " Live actor integration in pre-recorded will know video "by Contour Entertainment and US Patent Application Publication No. 2003-0001846" Automatic personalized media creation system " Thereby creating personalized moving picture contents. According to the related arts, personalized video contents can be produced at a low cost because of the use of automated equipment. However, according to the performance of postponement following famous scenes in a movie and the predetermined control sequence corresponding thereto, There is a problem that the content of the video contents to be produced is limited.

US Patent Application Publication No. 2015-0227905 entitled " Digital jukebox device with karaoke and / or photo booth features and associated methods "of TouchTunes Music Inc. discloses a karaoke system for controlling a camera module using a remote control method or a camera module . According to the conventional technology, it is possible to produce a high quality moving picture content that is not a preset control sequence but a high performance of a singer. However, in the case of a remote control method, a remote shooting position is required, In the case of the voice tracking method, it is more dynamic than the stopped camera angle, but since it is a simple camera tracking according to the position of the voice changer, there is a uniform problem in the shooting technique of the video contents.

Grundy UFA TV Publication No. 2008-0307304 entitled " Method and system for producing a sequence of views "is a system for converting a meta script, which is a natural language such as" . According to this conventional technology, it is possible to control an automation studio equipment through a meta script close to a natural language without directly inputting a complicated control sequence. However, a non-specialist who is not familiar with the camera control method There is still a problem in that the user can not share the created meta script with other video shooting.

United States Patent No. 7,324,166 U.S. Patent Application Publication No. 2003-0001846 U.S. Published Patent Application No. 2015-0227905 U.S. Published Patent Application No. 2008-0307304

The present invention provides a system and method for providing a studio equipment control sequence sharing service according to the present invention. The system and method for providing a studio equipment control sequence sharing service according to the present invention are characterized by storing a studio equipment control sequence for controlling an automated studio equipment, The user viewing the preceding moving picture content generates its own moving picture content by using the studio equipment control sequence associated with the preceding moving picture content, so that the user can select the preceding moving picture content, which is the result of applying the studio equipment control sequence, The user can easily select the studio equipment control sequence corresponding to the video contents and reuse the studio equipment control sequence already used in the preceding video contents in the subsequent video contents, It is possible to eliminate the inconvenience of designing or programming a sequence, and it is possible to reduce the cost and time required for the production of the moving picture contents because the professional photographer or the editor is unnecessary, and in the studio equipment temporally or spatially separated from each other The present invention aims to expand the application range of the studio equipment control sequence without visual or spatial restriction because it shares the studio equipment control sequence of the preceding moving picture contents.

The system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention further includes a camera moving module. The studio equipment controlling sequence further controls the camera moving module, The other purpose is to enable the production of video contents of the image.

The system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention further includes an illumination module. The studio equipment control sequence further controls the illumination module, thereby providing a high quality So that the user can create video contents of the video.

The system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention further includes an audio module, and the studio equipment control sequence further controls the audio module, so that video content added to a natural background sound, So that it is possible to easily produce the moving picture contents including the moving picture contents.

A system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention includes a control sequence correction module for generating a studio equipment control sequence used for a backward moving picture content based on a studio equipment control sequence used for preceding moving picture contents, So that the user can easily create the trailing moving picture contents by automatically correcting the studio equipment control sequence of the preceding moving picture contents adaptively even when the total reproduction time of the moving picture contents is different.

Lastly, a system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention includes a step of selecting, for example, The studio equipment control sequence is adaptively corrected in accordance with the time difference of intervals or the bits of each selected music, thereby reusing the studio equipment control sequence used for other music in the moving picture contents recording the best performance through adaptive correction For other purposes.

In order to solve the above problems, a system for providing a studio equipment control sequence sharing service according to the present invention comprises: a first camera module for generating first moving picture contents for a first object; A control sequence storage module for storing a first studio equipment control sequence for controlling the first camera module; A first studio equipment control module for controlling the first camera module according to the first studio equipment control sequence; A moving picture content storage module for storing the first moving picture content to be associated with the first studio equipment control sequence; The method of claim 1, further comprising: providing a content sharing web service that provides a plurality of moving image contents including the first moving image content through a communication network; and providing the first moving image content to the first studio device A web service server for receiving a control sequence sharing request for sharing a control sequence through a communication network; A second camera module for generating second moving picture contents for a second subject; And a second studio equipment control module for controlling the second camera module based on the first studio equipment control sequence in response to the control sequence sharing request.

* 16 A system for providing a studio equipment control sequence sharing service according to an embodiment of the present invention includes: a first camera moving module for moving the first camera module; And a second camera movement module for moving the second camera module, wherein the first studio equipment control module further controls the first camera movement module in accordance with the first studio equipment control sequence, And the second studio equipment control module further controls the second camera moving module based on the first studio equipment control sequence.

The system for providing the studio equipment control sequence sharing service according to an exemplary embodiment of the present invention may include a first illumination module for illuminating an imaging region of the first camera module; And a second illumination module for illuminating an imaging area of the second camera module, wherein the first studio equipment control module further controls the first illumination module according to the first studio equipment control sequence, The second studio equipment control module further controls the second lighting module based on the first studio equipment control sequence.

The system for providing the studio equipment control sequence sharing service according to the embodiment of the present invention may include a first audio module for providing sound according to the first selected music set in the first studio equipment control sequence; And a second audio module for providing sound based on the first studio equipment control sequence, wherein the first studio equipment control module further controls the first audio module, and the second studio equipment control And the module further controls the second audio module.

The system for providing a shared service of a studio equipment control sequence according to an exemplary embodiment of the present invention may further include a control sequence correction module for generating a second studio equipment control sequence based on the first studio equipment control sequence, The studio equipment control module controls the second camera module and the second audio module according to the second studio equipment control sequence.

The control sequence correcting module may be configured to determine whether the ratio of the total control time of the first studio equipment control sequence to the total control time of the second studio equipment control sequence And controls the second camera module and the second audio module according to the second studio equipment control sequence in which the control timing is corrected according to the second studio equipment control sequence.

In the system for providing a studio equipment control sequence sharing service according to an embodiment of the present invention, the control sequence storage module may include at least a first section of the first selected music, a second section of the first selected music, Wherein the second audio module stores the first studio equipment control sequence in which the third section of the music is distinguished and the second audio module provides sound according to the second selected music set in the second studio equipment control sequence, Wherein the second selection music is divided into a first selection music piece and a second selection music piece according to a ratio of the interval control time of the first section of the first selection music to the interval control time of the first section of the second selection music, The control timing of the studio equipment control sequence is corrected so that the duration control time of the second section of the first selected music and the second section of the second selected music The control timing of the second section of the second selection music is adjusted in accordance with the ratio of the section control time of the second selection music to the section of the third section of the second selection music, And the second studio equipment control sequence is generated by correcting the control timing of the third section of the second selection music according to the ratio of the control time.

In the system for providing the studio equipment control sequence sharing service according to the embodiment of the present invention, the second audio module provides sound according to the second selected music set in the second studio equipment control sequence, The control sequence correcting module stores the first studio equipment control sequence corresponding to the bits of the first selected music and the control sequence correcting module compares the bits of the first selected music with the bits of the second selected music, And the second studio equipment control sequence is corrected according to a bit of the second selection music.

A method of providing a studio equipment control sequence sharing service according to the present invention includes a first step in which a first studio equipment control system receives a first studio equipment control sequence for controlling at least one first camera module; A second step of the first studio equipment control system controlling the first camera module according to the first studio equipment control sequence to generate first moving picture contents for a first subject; A third step of the first studio equipment control system registering the first moving picture content to be associated with the first studio equipment control sequence on a content sharing website registered with a plurality of moving picture contents; The second studio equipment control system transmits a control sequence sharing request for requesting sharing of the first studio equipment control sequence associated with the first moving picture content of the sharing request user who is provided with the first moving picture content at the content sharing website A fourth step of receiving; And a fifth step of the second studio equipment control system controlling the second camera module based on the first studio equipment control sequence to generate second moving picture contents for a second subject .

In the method of providing a studio equipment control sequence sharing service according to an embodiment of the present invention, in the first step, the first studio equipment control system further controls a first camera moving module moving the first camera module Wherein the first studio equipment control system further controls the first camera moving module in accordance with the first studio equipment control sequence, And the fifth step is characterized in that the second studio equipment control system controls the second camera moving module based on the first studio equipment control sequence to generate the second moving image content .

In the method of providing a studio equipment control sequence sharing service according to an embodiment of the present invention, in the first step, the first studio equipment control system transmits the first studio equipment control sequence for further controlling the first lighting module Wherein the first studio equipment control system further controls the first lighting module according to the first studio equipment control sequence to generate the first moving picture content, And the second studio equipment control system controls the second lighting module based on the first studio equipment control sequence to generate the second moving picture contents.

In the method of providing a studio equipment control sequence sharing service according to an embodiment of the present invention, in the first step, the first studio equipment control system further includes a first audio module providing a sound according to the first selected music, Wherein the first studio equipment control system further controls the first audio module in accordance with the first studio equipment control sequence to receive the first studio equipment control sequence, Wherein the second studio equipment control system controls the second audio module based on the first studio equipment control sequence to generate the second video content.

 In the method of providing a studio equipment control sequence sharing service according to an embodiment of the present invention, the second studio equipment control system controls the second camera module in accordance with the second studio equipment control sequence, .

In the method of providing a studio equipment control sequence sharing service according to an embodiment of the present invention, in the fifth step, the second studio equipment control system controls a total control time of the first studio equipment control sequence, And controls the second camera module according to the second studio equipment control sequence in which the control timing is corrected according to the ratio of the total control time of the control sequence to generate the second moving picture content.

In the method of providing a studio equipment control sequence sharing service according to an exemplary embodiment of the present invention, the first step may include: a first studio equipment control system including at least a first section of the first selected music, The second studio equipment control system receives the first studio equipment control sequence in which the second section and the third section of the first selected music are distinguished and the fifth studio equipment control system receives the first studio equipment control sequence, The first section of the second selection music in which the control timing is corrected according to the ratio of the section control time of the first selection music to the section control time of the first section of the first selection music, The second section of the second selected music whose control timing is corrected according to the ratio of the section control time and the section control time of the second section of the second selected music, Wherein the third section of the second selection music, whose control timing is corrected according to the ratio of the interval control time of the third interval to the interval of the third interval of the second selection music, And controls the second camera module and the second audio module according to the control sequence to generate the second moving picture content.

Finally, in the method of providing a studio equipment control sequence sharing service according to an exemplary embodiment of the present invention, the first step is a step in which, in the first studio equipment control system, Wherein the second studio equipment control system compares a bit of the first selected music with a bit of the second selected music to determine whether or not a correction is made according to a bit of the second selected music, And controlling the second camera module according to the second studio equipment control sequence to generate the second moving picture contents.

According to the present invention, in the system and method for providing a studio equipment control sequence sharing service according to the present invention, a studio equipment control sequence for controlling an automated studio equipment is stored in association with preceding video contents, The user watching his / her own moving picture content generates the following moving picture content by using the studio equipment control sequence associated with the preceding moving picture content, the user can select the moving picture content to be produced through the preceding moving picture content, which is the application result of the studio equipment control sequence By allowing the user to easily select the corresponding studio equipment control sequence and reusing the studio equipment control sequences already used in the preceding video contents in the subsequent video contents, the user can directly set the studio equipment control sequence It is possible to reduce the cost and time required for the production of the moving picture contents because the professional shooting person or the editing person is unnecessary and it is possible to reduce the time and space of the moving picture contents Because it shares the studio equipment control sequence, it provides the effect of expanding the scope of the studio equipment control sequence without any visual or spatial limitations.

The system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention further includes a camera moving module. The studio equipment controlling sequence further controls the camera moving module, And provides the effect of making the video content of the image.

The system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention further includes an illumination module. The studio equipment control sequence further controls the illumination module, thereby providing a high quality It is possible to produce the moving picture contents of the present invention.

The system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention further includes an audio module, and the studio equipment control sequence further controls the audio module, so that video content added to a natural background sound, It is possible to easily produce the moving picture contents including the moving pictures.

A system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention includes a control sequence correction module for generating a studio equipment control sequence used for a backward moving picture content based on a studio equipment control sequence used for preceding moving picture contents, So that even if the total reproduction time of the moving picture contents is different, the user can easily correct the studio equipment control sequence of the preceding moving picture contents adaptively so that the user can easily create the following moving picture contents.

Lastly, a system and method for providing a studio equipment control sequence sharing service according to an embodiment of the present invention includes a step of selecting, for example, Adaptively corrects the studio equipment control sequence according to the time difference of intervals or the bits of each selected music, thereby reusing the studio equipment control sequence used for other music in the moving picture contents recording the highest performance through adaptive correction Lt; / RTI >

1 is a configuration diagram illustrating a system for providing a studio equipment control sequence sharing service according to an embodiment of the present invention;
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
3 is a block diagram of a first studio equipment control sequence according to an embodiment of the present invention;
4 is a configuration diagram of a first studio equipment control sequence and a second studio equipment control sequence according to an embodiment of the present invention.
5 is a block diagram of a first studio equipment control sequence and a second studio equipment control sequence according to another embodiment of the present invention.
6 is a flowchart illustrating a method of providing a studio equipment control sequence sharing service according to an embodiment of the present invention.

The terms and words used in the present specification and claims should not be construed in an ordinary or dictionary sense, and the inventor shall, in order to best explain his invention in the best way, And should be construed as meaning and concept consistent with the technical idea of the invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings correspond to the preferred embodiments of the present invention and do not represent all the technical ideas of the present invention, so that the configurations can be replaced at the time of filing of the present invention Various equivalents and variations may be present.

The specification that "comprises" any element in any specification throughout the specification does not exclude other elements, but may also include other elements, unless the context clearly indicates otherwise. The terms " module, "" part," " system, "and the like, which are described in the specification, mean a unit for processing at least one function or operation, And may be included in one device or in another device.

<Studio equipment control sequence sharing service providing system>

Hereinafter, a system for providing a studio equipment control sequence sharing service according to the present invention will be described with reference to the drawings. FIG. 1 illustrates a system for providing a studio equipment control sequence sharing service according to the present invention. The system for providing the studio equipment control sequence sharing service according to the present invention includes a first camera module 131, a control sequence storage module 110, a first studio equipment control module 120, a moving picture content storage module 130, A first camera module 140, a second camera module 171, and a second studio equipment control module 160.

The first camera module 131 performs a function of generating first video content (content_video_1) for the first object. The first camera module 131 is not particularly limited, and it may generate moving picture contents that can be reproduced through an information terminal such as a computer through a video photographing function. The first camera module 131 may be composed of a single camera device, but it is preferable that the first camera module 131 comprises a plurality of camera devices to produce the first video content_video_1 of high quality. In the case of a plurality of camera devices, an image of a camera device at an appropriate position can be selectively collected by an automated editing device.

The first camera module 131 is not particularly limited and may be a moving picture camera used in a professional studio, a camera module mounted on a smart phone, a tablet computer, or a notebook computer.

The first subject is not particularly limited, and may be a person, an animal, or an object distinguished from the background, and may be, for example, a person performing a singing performance, a smoke performance, and the like.

The control sequence storage module 110 stores a first studio equipment control sequence (seq_control_device_1) for controlling the first camera module 131. The first studio equipment control sequence (seq_control_device_1) is composed of a set of commands for controlling the automated shooting equipment or the automated editing equipment as shown in FIG. 3, and the studio equipment, which is the object of control according to the control timing, .

The control sequence storage module 110 may be implemented as a local storage unit in a studio equipment control sequence sharing service providing system or may be implemented as a server-client storing system in a remote area through a communication network, And may be implemented as a distributed distributed storage system.

The first studio equipment control module 120 controls the first camera module 131 according to the first studio equipment control sequence seq_control_device_1. The first studio equipment control module 120 may be configured by a program to be executed, for example, through an arithmetic processing unit. The first studio equipment control module 120 loads a first studio equipment control sequence (seq_control_device_1) The first camera module 131 can be configured to control the first camera module 131 by generating a camera control command (command_cam) The first camera module 131 may be configured to control functions such as focus, zoom, exposure, and filter application through the camera control command (command_cam).

The term &quot; studio &quot; used in the present invention is not limited to a substantially closed space for providing professional photographing, but may be a partially open space or an entirely open space for automatic photographing by a studio equipment control module .

The moving image content storage module 130 stores the first moving image content content_video_1 to be associated with the first studio equipment control sequence seq_control_device_1. The video content storage module 130 may store the first video content (content_video_1) generated by the first camera module 131 as it is or may store MPEG-2, MPEG-4, ITU-T H. It is also possible to process and store the first video content (content_video_1) in the form of a compressed video file using a video compression technique such as ITU-T H.264 / MPEG-4, Part 10, Advanced Video Coedc (AVC) In addition, the first video content (content_video_1) may be video content in the same order as photographed by the camera. However, the first video content (content_video_1) may be video content in the order of the camera, for example, Video content, edited video content to remove some sections, and the like.

The moving picture content storage module 130 may include an identifier for identifying the first moving picture content content_video_1 to associate the first moving picture content_video_1 and the first studio equipment control sequence seq_control_device_1, The identifiers identifying the first studio equipment control sequence (seq_control_device_1) can be matched and stored. Alternatively, link information such as a URL for downloading the first studio equipment control sequence (seq_control_device_1) may be stored as meta data of the first video content (content_video_1). Alternatively, a first studio equipment control sequence (seq_control_device_1) having a relatively small data size may be stored in the first moving picture content (content_video_1).

The moving picture content storage module 130 may be implemented as a local storage unit in a studio equipment control sequence sharing service providing system or may be implemented as a server-client storing system in a remote area through a communication network, And may be implemented as a distributed distributed storage system. Alternatively, the moving picture content storage module 130 may be implemented in an external moving picture content providing service system that is separately constructed from the studio equipment control sequence sharing service providing system and is operated by another operating entity.

The web service server 140 provides a content sharing web service that provides a plurality of moving image contents including the first video content (content_video_1) through a communication network. The web service server 140 provides a content sharing web service (Request_share_seq) requesting sharing of a first studio equipment control sequence (seq_control_device_1) associated with one video content (content_video_1) through a communication network. The web service server 140 may be a general video content sharing site, for example, in which a plurality of users register video content and receive video content through video search or video recommendation. The control sequence sharing request (request_share_seq) includes a non-transitory (non-transitory) data packet of TCP / IP format including, for example, a shared requester identifier, a first video content_video_1 identifier and / or a first studio equipment control sequence (seq_control_device_1) data packet.

2, the web service server 140 further includes an execution object 211 for requesting a first studio equipment control sequence (seq_control_device_1) in the reproduction area 210 of the first moving picture content (content_video_1) Can be configured. For example, when the execution object 211 is overlaid in the reproduction area 210 of the first moving picture content (content_video_1) and the corresponding execution object 211 is selected, the first studio equipment control sequence (seq_control_device_1) Or to a web page that reserves an automated studio that can use the first studio equipment control sequence (seq_control_device_1). According to this embodiment, even when the moving picture content is shared by the HTML <iframe> tag method or the <embed> tag method on a web page other than the web page providing the corresponding moving picture content, Users who do not have access to the web page can also share the studio equipment control sequence.

  2, an execution object 201 requesting a first studio equipment control sequence (seq_control_device_1) in a web page 200 other than the reproduction area 210 of the first moving picture content (content_video_1) . &Lt; / RTI &gt;

According to the above-described two embodiments, when the sharing request user finds the first video content (content_video_1) which is interesting among the various video contents, such as the camera work, editing technique, etc., the first video content (content_video_1) (Seq_control_device_1) used in the first studio device control sequence (seq_control_device_1) is shared, and the second video content (content_video_2) as its own video content can be produced.

The second camera module 171 performs a function of generating second video content (content_video_2) for the second object. The second camera module 171 is not limited in particular, and it may generate video content in a form that can be reproduced through an information terminal such as a computer through a video shooting function. The second camera module 171 may be composed of a single camera device, but it is preferable that the second camera module 171 includes a plurality of camera devices to produce the second video content_video_2 of high quality. In this case, it is preferable that the first camera module 131 is composed of the same number of camera devices as the first camera module 131 so as to be controlled based on the first studio device control sequence (seq_control_device_1). The second camera module 171 is not particularly limited and may be a moving picture camera used in a professional studio, a camera module mounted on a smart phone, a tablet computer, or a notebook computer.

The second camera module 171 may be installed in a geographically separated position from the first camera module 131. For example, the first camera module 131 may be installed in New York, USA, and the second camera module 171 may be installed in Seoul, South Korea.

The second camera module 171 may be the same as the first camera module 131 when the second video content_video_2 is photographed in the studio where the first video content_video_1 is photographed. For example, a sharing request user visiting a studio where the first video content (content_video_1) is photographed can photograph the second video content (content_video_2) using the camera module used for photographing the first video content (content_video_1).

The second subject is not particularly limited, and may be a person, an animal, or an object distinguished from the background, and may be a person performing, for example, a phantom performance, a smoke performance, and the like. The second subject does not necessarily have to be different from the first subject. For example, when the user who produces and plays the first video content (content_video_1) wants to retake the first studio equipment control sequence (seq_control_device_1) again, the first subject and the second subject may be the same.

The second subject may be the sharing request user when the sharing request user directly appears in the second video content (content_video_2), or the sharing request user may display his / her own or his or her own property in the second video content (content_video_2) The second subject may not be the sharing request user.

The second studio equipment control module 160 controls the second camera module 171 based on the first studio equipment control sequence (seq_control_device_1) according to the control sequence sharing request (request_share_seq). The second studio equipment control module 160 may be configured by a program to be executed through, for example, an arithmetic processing unit. The second studio equipment control module 160 loads a first studio equipment control sequence (seq_control_device_1) The first camera module 171 can be configured to control the second camera module 171 by generating a camera control command (command_cam) The second camera module 171 may be configured to control functions such as focus, zoom, exposure, and filter application through the camera control command (command_cam).

The second studio equipment control module 160 may be installed in a geographically separated position from the first studio equipment control module 120 and the second studio equipment control module 160 may be installed in a first studio equipment control module 120 ). &Lt; / RTI &gt;

The second studio equipment control module 160 may control the second camera module 171 by using the first studio equipment control sequence seq_control_device_1 as it is or may modify the second camera module 171 based on the first studio equipment control sequence seq_control_device_1 The second camera module control sequence (seq_control_device_2) to control the second camera module 171. For example, when the model of the first camera module 131 is different from the model of the second camera module 171, the second camera module 171 can be changed to an appropriate command capable of controlling the second camera module 171. Or if the user uses the sequence of the first studio equipment control sequence seq_control_device_1 while the entire temporal length of the second moving picture content content_video_2 is different from the entire temporal length of the first moving picture content content_video_1 160 may control the second camera module 171 by appropriately temporally compressing or extending the first studio equipment sequence in time. An embodiment for generating a second studio equipment sequence based on the first studio equipment sequence will be described below.

&Lt; Embodiment 1: Embodiment including additional studio equipment >

The studio equipment can be configured to include not only camera modules 131 and 171 but also more automated equipment for professional and high quality video content creation. Examples of such automated studio equipment include camera moving modules 132 and 172 for moving camera modules 131 and 171, lighting modules 133 and 173 for illuminating a photographing area of the camera module, audio Modules 134 and 174, and an editing module for merging, compositing, deleting, and cross-editing video clips photographed by the plurality of camera modules, respectively.

The system for providing the studio equipment control sequence sharing service may further include a first camera moving module 132 and a second camera module 171 for moving the first camera module 131, And a second camera movement module 172 for moving the second camera movement module 172.

The first studio equipment control module 120 further controls the first camera moving module 132 according to the first studio equipment control sequence seq_control_device_1 and the second studio equipment control module 160 controls the first studio equipment And to further control the second camera movement module 172 based on the control sequence (seq_control_device_1).

The camera movement modules 132 and 172 mean automated studio equipment that changes the spatial position of the camera module such as the photographing position, photographing angle, and photographing distance of the camera module by a studio equipment control sequence. The camera movement module 132,172 may be, for example, a camera arm designed to move the camera module within a fixed locus, a transport means associated with the camera rail, or a drones designed to move the camera module to any location, And may be equipped with moving means. According to this embodiment, high-quality second video content (content_video_2) to which a professional photographing technique is applied is generated at a low cost through an automated camera movement module 132 or 172 without a photographing expert in the studio.

Next, in an embodiment including the illumination modules 133 and 173, the system for providing the studio equipment control sequence sharing service includes a first illumination module 133 for illuminating an image capturing area of the first camera module 131, And a second illumination module 173 for illuminating an imaging area of the module 171. [

The first studio equipment control module 120 further controls the first lighting module 133 according to the first studio equipment control sequence seq_control_device_1 and the second studio equipment control module 160 controls the first studio equipment control And to further control the second lighting module 173 based on the sequence (seq_control_device_1).

The lighting modules 133 and 173 are automated studio equipment that changes the color, blinking, brightness, and direction of the lighting by a studio equipment control sequence. The illumination modules 133 and 173 may be implemented with an illumination system that includes a plurality of individually controlled lights. According to this embodiment, it is possible to generate high quality second video content (content_video_2) at a low cost through the automated lighting module 133, 173 without a lighting control expert in the studio.

Next, in an embodiment further including the audio modules 134 and 174, the system for providing the studio equipment control sequence sharing service provides sound according to the first selected music (music_1) set in the first studio equipment control sequence (seq_control_device_1) And a second audio module 174 for providing sound based on the first audio module 134 and the first studio equipment control sequence seq_control_device_1.

The first studio equipment control module 120 may further control the first audio module 134 and the second studio equipment control module 160 may further control the second audio module 174. [

At this time, the second audio module 174 does not necessarily have to provide the sound according to the first selected music (music_1), but the sound effect may be added based on the first selected music (music_1) Sound, and may provide a second selection music (music_2) different from the first selection music (music_1). However, even when the second selected music music_2 provided through the second audio module 174 is different from the first selected music music_1, the reproduction time of the second selected music music_2, 1 studio equipment control sequence (seq_control_device_1).

According to this embodiment, for example, when shooting a high performance, it is possible to generate high quality second video content (content_video_2) inserted with an appropriate sound effect at a low cost through an automated audio module (134, 174) to provide.

In the above-described embodiments, the first studio equipment control sequence seq_control_device_1 as shown in FIG. 3 includes commands defined according to time stamps for controlling the various studio equipments 131, 132, 133, and 134, respectively . That is, the camera control command (command_cam) is configured such that the first camera module 131 performs zoom-in until t1, performs zoom-out from t1 to t2, performs zoom-in from t2 to t3, The movement control command (command_arm) is a command to move the first camera module 132 from the forward movement of the camera module 131 until t1, the rotation of the first camera module 131 from t1 to t2, 131 to move backward. In addition, the illumination control command (command_light) causes the first illumination module 133 to turn on the red illumination until t1, to turn on the blue illumination from t1 to t2, and to turn off the red illumination from t2 to t3 , And the audio control command (command_audio) may be configured such that the first audio module 134 fades-in till t1, the sound effect till t1 to t2, and t2-t3. The respective commands (command_cam, command_arm, command_light, command_audio) are not necessarily synchronized as shown in FIG. 3, but can be configured to have different timestamps. For example, 131), a first studio equipment control sequence (seq_control_device_1) including a plurality of camera control commands may be configured to control each of the cameras.

&Lt; Second Embodiment: Embodiment using the corrected second studio equipment control sequence >

4 and 5, the second camera module 171 and the second audio module (second module) 171 are controlled using the second studio equipment control sequence (seq_control_device_2), which is corrected based on the first studio equipment control sequence (seq_control_device_1) RTI ID = 0.0 &gt; 174 &lt; / RTI &gt;

In this embodiment, the studio equipment control sequence sharing service provision system further includes a control sequence correction module 150 for generating a second studio equipment control sequence (seq_control_device_2) based on the first studio equipment control sequence (seq_control_device_1) And the second studio equipment control module 160 may control the second camera module 171 and the second audio module 174 according to the second studio equipment control sequence seq_control_device_2.

The sharing request user who watched the first video content (content_video_1) may desire to use the first studio equipment control sequence (seq_control_device_1) used therein, but the temporal length of the second video content (content_video_2) (Seq_control_device_1) may be changed or used to change the first studio equipment control sequence so that the first studio equipment control sequence matches the first studio equipment control sequence. For example, in a case where the user wants to use the same photographic technique and / or editing technique of the first video content (content_video_1) in the video content photographed for the first performance, if the user wishes to sing a different song from the first video content (content_video_1) There is a problem that the selected music and the video are not harmonized if they are used as they are due to the difference in the temporal length of the audio signal, the difference of the bits,

Since a professional control design technique is required to correct the first studio equipment control sequence (seq_control_device_1) to conform to the new selected music, such correction is difficult for the general user. However, by using an appropriate automatic correction algorithm, the first studio equipment control sequence (seq_control_device_1) can be changed to match the new selection music.

In the embodiment including the control sequence correction module 150, when there is a difference between the temporal length of the first moving picture content (content_video_1) and the temporal length of the second moving picture content (content_video_2), the control sequence The correction module 150 corrects the control timing of the second studio equipment control sequence seq_control_device_2 according to the ratio of the total control time t3 of the first studio equipment control sequence seq_control_device_1 to the total control time 2t3 of the second studio equipment control sequence seq_control_device_2, And to control the second camera module 171 and the second audio module 174 according to the studio equipment control sequence (seq_control_device_2). For example, when the temporal length of the second moving picture content (content_video_2) is twice the temporal length of the first moving picture content, the control sequence correction module 150 sets the control time stamp of t1 to 2t1, the control time stamp of t2 to 2t2, The second studio equipment control sequence (seq_control_device_2) can be adaptively adjusted according to the difference in the temporal length (total control time) between the moving picture contents by correcting the in-control time stamp to 2t3.

On the other hand, in the moving picture content, such as a music video, which has photographed a singing performance, a typical song has a composition of a preamble portion, a first introduction portion, a first division portion, a second division portion, a second introduction portion, a second division portion and a rear portion. The music video is composed of a video image with no voice or a background image without a voice recorder at a distance from a distance of a prefecture, a housewife, and a rear housewife, and the first introduction and the second introduction are gradually formed And the first sampling section and the second sampling section are constituted of a more dynamic image in many cases. Therefore, it is possible to obtain more natural video contents by applying the shooting technique or editing technique of each section to other selected music through the information of the selected music of the pre-recorded portion, the pre-recorded portion, and the recorded portion.

To this end, in the embodiment including the control sequence correction module 150, the control sequence storage module 110 stores at least the first section of the first selected music music_1, the second section of the first selected music music_1 And the second audio module 174 stores the first studio equipment control sequence seq_control_device_1 in which the third section of the first selected music music_1 is distinguished from the second studio equipment control sequence seq_control_device_2, So as to provide sound according to music_2.

5, the control sequence correction module 150 determines whether or not the interval control time t1 of the first section of the first selected music music_1 and the interval control of the first section of the second selected music music_2 The control timing of the second studio equipment control sequence seq_control_device_2 corresponding to the first section of the second selected music music_2 is corrected in accordance with the ratio of the time t1 to the second studio equipment control sequence seq_control_device_2, (T2-t1) of the second selection music (music_2) according to the ratio of the interval control time (t2-t1) of the second selection music (music_2) to the interval control time The control timing of the second selection music music_2 is adjusted so that the interval between the interval control time of the third section t3-t2 of the first selected music music_1 and the interval of the third section t'3-t'2 of the second selected music music_2 The second studio equipment control sequence seq_control_device_2 is generated by correcting the control timing of the third section of the second selected music music_2 according to the ratio of the control time Can be configured.

At this time, the first selection music music_1 and the second selection music music_2 are not necessarily limited to three intervals, but may be divided into four or more intervals according to the embodiment.

According to this embodiment, even if the first video content (content_video_1) and the second video content (content_video_2) are different selection music, the second studio device (content_video_1) Is applied to the control sequence (seq_control_device_2) to provide high-quality second video content (content_video_2) at low cost.

On the other hand, if the photographing technique and / or editing technique applied to the selection music of the fast bit is applied to the selection music of the late bit as it is, the second video content content_video_2 which is unnatural is generated. In order to solve this problem, in the embodiment including the control sequence correction module 150, the second audio module 174 generates an acoustic sound according to the second selected music (music_2) set in the second studio equipment control sequence (seq_control_device_2) The control sequence storage module 110 stores a first studio equipment control sequence seq_control_device_1 corresponding to the bits of the first selected music music_1 and the control sequence correction module 150 stores the first selected music it is preferable that the second studio equipment control sequence (seq_control_device_2) is corrected according to the bit of the second selected music (music_2) by comparing the bits of the first selected music (music_1) and the bits of the second selected music (music_2). According to this embodiment, the first studio equipment control sequence (seq_control_device_1) is also used in the second video content (content_video_2) using the first selected music music_1 of the first video content (content_video_1) and the second selected music (music_2) Is automatically corrected to the second studio equipment control sequence (seq_control_device_2) so as to match the bits of the second selection music (music_2) to provide a high quality second video content (content_video_2) at a low cost.

<Method of Providing Shared Service of Studio Device Control Sequence>

Hereinafter, a method of providing a studio equipment control sequence sharing service according to the present invention will be described with reference to FIG. The description and repetitive description of the above-described studio equipment control sequence sharing service providing system will not be described in detail.

First, the first studio equipment control system performs a first step (s10) of receiving a first studio equipment control sequence (seq_control_device_1) for controlling at least one first camera module 131. It is possible to control the functions of the first camera module 131 such as focus, zoom, exposure, and filter application through the camera control command (command_cam) of the first studio equipment control sequence (seq_control_device_1) have.

Next, the first studio equipment control system controls the first camera module 131 according to the first studio equipment control sequence (seq_control_device_1) to generate first video content (content_video_1) for the first object (step s20. The first subject is not particularly limited, and may be a person, an animal, or an object distinguished from the background, and may be, for example, a person performing a singing performance, a smoke performance, and the like.

The first video content (content_video_1) generated through the first camera module 131 is non-transitory contents that can be reproduced through the information terminal. Video contents are classified into video compression standards such as MPEG-2, MPEG-4, ITU-T H.263, ITU-T H.264 / MPEG-4, Part 10 and Advanced Video Coedc It may be a compressed moving picture file to which the moving picture compression technique is applied. In addition, the first video content (content_video_1) may be video content in the same order as photographed by the camera, but for example, video content with additional subtitles, Video content that is edited to remove some sections, and the like.

Next, a third step (s30) of the first studio equipment control system registers the first video content (content_video_1) to be associated with the first studio equipment control sequence (seq_control_device_1) on the content sharing web site where the plurality of moving picture contents are registered, . The first studio equipment control system includes an identifier for identifying the first video content (content_video_1) and an identifier for identifying the first video content (content_video_1) to associate the first video content (content_video_1) and the first studio equipment control sequence (seq_control_device_1) 1 identifiers identifying the studio equipment control sequence (seq_control_device_1) may be matched with each other and registered in the content sharing web site. Alternatively, the first studio equipment control system may embed link information such as a URL that can download the first studio equipment control sequence (seq_control_device_1) into the metadata of the first video content (content_video_1) and registers it in the content sharing website can do. Alternatively, the first studio equipment control system may include a first studio equipment control sequence (seq_control_device_1) having a relatively small data size in the first video content (content_video_1) so that the first video content (content_video_1) .

The content sharing web site refers to a web site that provides a content sharing web service that provides a plurality of video contents including the first video content (content_video_1) through a communication network. The content sharing web site may be a general video content sharing site, for example, in which a plurality of users register video content and receive video content through video search or video recommendation.

Next, the second studio equipment control system controls the sharing of the first studio equipment control sequence (seq_control_device_1) associated with the first video content (content_video_1) of the sharing request user provided with the first video content (content_video_1) And performs a fourth step (s40) of receiving a request for requesting control sequence sharing (request_share_seq).

 The first studio equipment control system and the second studio equipment control system are installed separately from each other when the studio in which the first video content content_video_1 is generated and the studio in which the second video content content_video_2 is generated are different from each other. However, if the first video content (content_video_1) and the second video content (content_video_2) are photographed in the same studio, the second studio equipment control system may be the same as the first studio equipment control system. Also in a system for centrally controlling a plurality of geographically separated studios, the second studio equipment control system may be identical to the first studio equipment control system.

The sharing request user may select the execution object 211 or the first video content content_video_1 requesting the first studio equipment control sequence (seq_control_device_1) in the playback area 210 of the first video content (content_video_1) (Request_share_seq) may be transmitted as a method of selecting an execution object 201 requesting the first studio equipment control sequence (seq_control_device_1) in the web page 200 other than the playback area 210 of the playback device 210 of FIG.

Meanwhile, the control sequence sharing request (request_share_seq) generated through the terminal of the sharing request user is transmitted to the second studio equipment control system for generating the second moving image content (content_video_2) via the content sharing web site.

Finally, the second studio equipment control system controls the second camera module 171 based on the first studio equipment control sequence (seq_control_device_1) to generate the second moving picture content (content_video_2) for the second subject (s50).

The second camera module 171 may be the same as the first camera module 131 when the first video content_video_1 and the second video content_video_2 are captured in the same studio. The second subject is not particularly limited, and may be a person, an animal, or an object distinguished from the background, and may be a person performing, for example, a phantom performance, a smoke performance, and the like. If the creator of the first video content (content_video_1) produces the second video content (content_video_2) by re-capturing the second subject same as the first subject, the second subject may be the same as the first subject.

The second video content (content_video_2) refers to non-transitory contents that can be reproduced through the information terminal in the same manner as the first video content (content_video_1). Video contents are classified into video compression standards such as MPEG-2, MPEG-4, ITU-T H.263, ITU-T H.264 / MPEG-4, Part 10 and Advanced Video Coedc It may be a compressed moving picture file to which the moving picture compression technique is applied. Also, the second video content (content_video_2) may be video content in the same order as photographed by the camera. For example, the second video content (content_video_2) may be video content in which additional subtitles are added, video content in which backgrounds are synthesized, Video content that is edited to remove some sections, and the like.

The second video content_video_2 generated through the fifth step s50 is transmitted to the content sharing website through the first studio equipment control sequence seq_control_device_1 or the second video content_video_2 in the same manner as the first video content_video_1, (Seq_control_device_2), which is appropriately corrected in accordance with the second studio equipment control sequence (seq_control_device_2). Accordingly, the following third video content (content_video_3) or fourth video content (content_video_4) is produced based on the first studio equipment control sequence (seq_control_device_1) at the request of other users who watched the second video content (content_video_2) . As a result, the first studio equipment control sequence (seq_control_device_1) designed first is shared by a plurality of users and provides the effect of being reused in a plurality of subsequent video contents.

Meanwhile, the studio equipment can be configured to include not only the camera modules 131 and 171 but also more and more automated equipment for professional and high-quality video content generation. Examples of such automated studio equipment include camera moving modules 132 and 172 for moving camera modules 131 and 171, lighting modules 133 and 173 for illuminating a photographing area of the camera module, audio Modules 134 and 174, and an editing module for merging, compositing, deleting, and cross-editing video clips photographed by the plurality of camera modules, respectively.

In an embodiment where the studio equipment control sequence further controls the camera movement modules 132 and 172, a first step S10 is a first camera movement control module for moving the first camera module 131 132) for receiving the first studio equipment control sequence (seq_control_device_1).

Next, in the second step s20, the first studio equipment control system further controls the first camera moving module 132 according to the first studio equipment control sequence seq_control_device_1 to generate the first moving image content content_video_1 .

Finally, in the fifth step s50, the second studio equipment control system controls the second camera movement module 172 based on the first studio equipment control sequence seq_control_device_1 to generate the second video content content_video_2 do.

According to this embodiment, high-quality second video content (content_video_2) to which a professional photographing technique is applied is generated at a low cost through an automated camera movement module 132 or 172 without a photographing expert in the studio.

In an embodiment in which the studio equipment control sequence further controls the lighting modules 133 and 173, the first step s10 is for the first studio equipment control system to control the first lighting equipment 133, And receives a sequence (seq_control_device_1).

Next, in the second step s20, the first studio equipment control system further controls the first lighting module 133 according to the first studio equipment control sequence seq_control_device_1 to generate the first moving picture content content_video_1.

Finally, in the fifth step s50, the second studio equipment control system controls the second lighting module 173 based on the first studio equipment control sequence seq_control_device_1 to generate the second moving picture content content_video_2.

According to this embodiment, it is possible to generate high quality second video content (content_video_2) at a low cost through the automated lighting module 133, 173 without a lighting control expert in the studio.

In the embodiment in which the studio equipment control sequence further controls the audio modules 134 and 174, the first step s10 is a step in which the first studio equipment control system sends a first audio module &lt; RTI ID = 0.0 &gt; (Seq_control_device_1) for further controlling the second studio equipment control sequence (seq_control_device_1).

Next, in the second step s20, the first studio equipment control system further controls the first audio module 134 according to the first studio equipment control sequence seq_control_device_1 to generate the first video content content_video_1.

Finally, in the fifth step (s50), the second studio equipment control system controls the second audio module 174 based on the first studio equipment control sequence (seq_control_device_1) to generate the second moving picture content content_video_2.

According to this embodiment, for example, when shooting a high performance, it is possible to generate high quality second video content (content_video_2) inserted with an appropriate sound effect at a low cost through an automated audio module (134, 174) to provide.

On the other hand, when the first video content (content_video_1) and the second video content (content_video_2) are not the same, the first video content (video_video_2) is automatically matched with the second video content (content_video_2) based on the first studio equipment control sequence (seq_control_device_1) It is preferable that the second moving picture content content_video_2 is generated (s51) through the corrected second studio equipment control sequence seq_control_device_2.

For this purpose, in the fifth step s50, the second studio equipment control system controls the second camera module 171 according to the second studio equipment control sequence seq_control_device_2 to generate the second video content content_video_2 .

More specifically, if there is a difference between the temporal lengths of the first moving picture content (content_video_1) and the second moving picture content (content_video_2), the fifth step (s50) is a step in which the second studio equipment control system generates a first studio equipment control sequence seq_control_device_1 According to the second studio equipment control sequence (seq_control_device_2) in which the control timing is corrected in accordance with the ratio of the total control time of the first studio equipment control sequence (seq_control_device_2) and the total control time of the second studio equipment control sequence (seq_control_device_2) So as to generate the second moving picture content_video_2.

The first video content content_video_1 and the second video content content_video_2 are photographed and edited by reflecting the selected music and the first selected music music_1 and the second selected music music_2 are recorded and edited by the pre- In the case where there is a difference in the lengths of the specific sections such as the main part and the back part, the first step s10 is a step in which the first studio equipment control system transmits at least the first section of the first selected music music_1, (music_control_device_1) in which the second section of the first selected music (music_1) and the third section of the first selected music (music_l) are distinguished.

Next, in a fifth step (s50), the second studio equipment control system calculates the ratio of the interval control time of the first section of the first selected music (music_1) to the section control time of the first section of the second selected music (music_2) (S51) of the second selection music (music_2), the second section of the second selection music (music_2), the second section of the second selection music A second section of the second selection music (music_2) whose control timing is corrected (s51) according to the ratio of the section control time, a section control time of the third section of the first selected music (music_1) According to the second studio equipment control sequence (seq_control_device_2) in which the third section of the second selected music (music_2) whose control timing is corrected according to the ratio of the section control time of the third section (171) and the second audio module (174) to control the second video content (conten t_video_2).

If the first video content_video_1 and the second video content_video_2 are photographed and edited by reflecting the selected music and the first selected music music_1 and the second selected music_2 differ in bits, In step s10, the first studio equipment control system receives a first studio equipment control sequence (seq_control_device_1) corresponding to the bits of the first selected music (music_1).

Next, in a fifth step s50, the second studio equipment control system compares the bits of the first selected music music_1 with the bits of the second selected music music_2 to obtain a bit of the second selected music music_2 It is preferable that the second video content content_video_2 is generated by controlling the second camera module 171 according to the second studio equipment control sequence seq_control_device_2 corrected in step s51.

The description of the invention in this specification is for illustrative purposes only, and the invention is not limited to these 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 invention as defined by the appended claims. .

110: control sequence storage module 120: first studio equipment control module
131: first camera module 132: first camera movement module
133: first lighting module 134: first audio module
130: Video content storage module 140: Web service server
150: control sequence correction module 160: second studio equipment control module
171: second camera module 172: second camera movement module
173: second lighting module 174: second audio module

Claims (16)

A first camera module for generating first moving picture contents for a first subject;
A control sequence storage module for storing a first studio equipment control sequence for controlling the first camera module;
A first studio equipment control module for controlling the first camera module according to the first studio equipment control sequence;
A moving picture content storage module for storing the first moving picture content to be associated with the first studio equipment control sequence;
The method of claim 1, further comprising: providing a content sharing web service that provides a plurality of moving image contents including the first moving image content through a communication network; and providing the first moving image content to the first studio device A web service server for receiving a control sequence sharing request for sharing a control sequence through a communication network;
A second camera module for generating second moving picture contents for a second subject; And
And a second studio equipment control module for controlling the second camera module based on the first studio equipment control sequence in response to the control sequence sharing request,
A first audio module for providing sound according to a first selected music set in the first studio equipment control sequence; And a second audio module for providing sound based on the first studio equipment control sequence,
Wherein the first studio equipment control module further controls the first audio module,
The second studio equipment control module further controls the second audio module,
And a control sequence correction module for generating a second studio equipment control sequence based on the first studio equipment control sequence,
Wherein the second studio equipment control module controls the second camera module and the second audio module according to the second studio equipment control sequence. The method according to claim 1,
The system for providing the studio equipment control sequence sharing service comprises: a first camera moving module for moving the first camera module; And a second camera movement module for moving the second camera module,
The first studio equipment control module further controls the first camera moving module according to the first studio equipment control sequence,
Wherein the second studio equipment control module further controls the second camera moving module based on the first studio equipment control sequence. The method according to claim 1,
The system for providing the studio equipment control sequence sharing service may further include: a first illumination module for illuminating an imaging area of the first camera module; And a second illumination module for illuminating an imaging area of the second camera module,
The first studio equipment control module further controls the first lighting module according to the first studio equipment control sequence,
Wherein the second studio equipment control module further controls the second lighting module based on the first studio equipment control sequence. delete delete 2. The apparatus of claim 1, wherein the control sequence correction module comprises:
Wherein the second studio device control sequence is controlled based on a ratio of a total control time of the first studio equipment control sequence to a total control time of the second studio equipment control sequence, Wherein the control unit controls the audio equipment and the audio equipment. The method according to claim 1,
The control sequence storage module stores the first studio equipment control sequence in which at least a first section of the first selected music, a second section of the first selected music and a third section of the first selected music are distinguished ,
Wherein the second audio module provides sound according to the second selected music set in the second studio equipment control sequence,
Wherein the control sequence correction module corrects the control sequence based on a ratio of a section control time of the first section of the first selection music to a section control time of the first section of the second selection music Wherein the second control unit corrects the control timing of the second studio equipment control sequence in accordance with the ratio of the section control time of the second section of the first selected music to the section control time of the second section of the second selected music, The second selection music is controlled in accordance with the ratio of the interval control time of the third section of the first selection music and the section control time of the third section of the second selection music to the second selection music, Wherein the second studio equipment control sequence is generated by correcting the control timing of the third section of the studio equipment control sequence sharing service. The method according to claim 1,
Wherein the second audio module provides sound according to the second selected music set in the second studio equipment control sequence,
Wherein the control sequence storage module stores the first studio equipment control sequence corresponding to the bits of the first selected music,
Wherein the control sequence correction module compares the bits of the first selected music with the bits of the second selected music to correct the second studio equipment control sequence according to the bits of the second selected music. Control Sequence Sharing Service Providing System. A first step of the first studio equipment control system receiving a first studio equipment control sequence for controlling at least one first camera module;
A second step of the first studio equipment control system controlling the first camera module according to the first studio equipment control sequence to generate first moving picture contents for a first subject;
A third step of the first studio equipment control system registering the first moving picture content to be associated with the first studio equipment control sequence on a content sharing website registered with a plurality of moving picture contents;
The second studio equipment control system transmits a control sequence sharing request for requesting sharing of the first studio equipment control sequence associated with the first moving picture content of the sharing request user who is provided with the first moving picture content at the content sharing website A fourth step of receiving; And
And a fifth step of the second studio equipment control system controlling the second camera module based on the first studio equipment control sequence to generate second moving picture contents for a second subject,
The first studio equipment control system receives the first studio equipment control sequence for further controlling the first audio module providing sound according to the first selected music,
The second studio equipment control system further controls the first audio module according to the first studio equipment control sequence to generate the first moving picture content,
Wherein the second studio equipment control system controls the second audio module based on the first studio equipment control sequence to generate the second moving picture content,
In the fifth step,
Wherein the second studio equipment control system controls the second camera module according to the second studio equipment control sequence to generate the second moving picture content. 10. The method of claim 9,
The first studio equipment control system receives the first studio equipment control sequence for further controlling the first camera moving module moving the first camera module,
The second step may include the first studio equipment control system further controlling the first camera moving module according to the first studio equipment control sequence to generate the first moving image content,
Wherein the second studio equipment control system controls the second camera moving module based on the first studio equipment control sequence to generate the second moving picture content, Service delivery method. 10. The method of claim 9,
Wherein the first stage equipment control system receives the first studio equipment control sequence for further controlling the first lighting module,
The second studio equipment control system further controls the first lighting module according to the first studio equipment control sequence to generate the first moving picture content,
Wherein the second studio equipment control system controls the second lighting module based on the first studio equipment control sequence to generate the second moving picture content, Delivery method. delete delete 10. The method according to claim 9,
Wherein the second studio equipment control system controls the second studio equipment control sequence according to the ratio of the total control time of the first studio equipment control sequence and the total control time of the second studio equipment control sequence to the second studio equipment control sequence whose control timing is corrected And controlling the second camera module to generate the second moving picture content. 10. The method of claim 9,
Wherein the first step is a step in which the first studio equipment control system is configured to control the first studio equipment control system so that at least the first section of the first selected music, the second section of the first selected music and the third section of the first selected music are distinguished 1 Receives the studio equipment control sequence,
The fifth step is a step of controlling the second studio equipment control system so that the control timing is adjusted in accordance with the ratio of the section control time of the first section of the first selected music to the section control time of the first section of the second selected music Wherein the control timing is corrected according to the ratio of the interval control time of the second selection music to the first interval, the second selection music to the second interval, and the second selection music to the second interval, The control timing of which is controlled in accordance with the ratio of the second control period of the second selection music to the third control period of the second selection music and the third control period of the second selection music, Controlling the second camera module and the second audio module according to the second studio equipment control sequence in which the third section of the selected music is at least distinguished, Studio equipment control sequence sharing service wherein is. 10. The method of claim 9,
The first studio equipment control system receives the first studio equipment control sequence corresponding to the bit of the first selected music,
Wherein the second studio equipment control system further comprises a second studio equipment control system for comparing the bits of the first selected music with the bits of the second selected music, And controlling the second camera module to generate the second moving picture content.

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