WO2018117303A1

WO2018117303A1 - Method for providing editing platform for intermediate image ppl between video clips

Info

Publication number: WO2018117303A1
Application number: PCT/KR2016/015140
Authority: WO
Inventors: 김인기; 강민구
Original assignee: 주식회사 큐버; 한신대학교 산학협력단
Priority date: 2016-12-22
Filing date: 2016-12-23
Publication date: 2018-06-28
Also published as: KR101843815B1

Abstract

The present invention relates to a technique for providing an editing platform for an intermediate image PPL generally inserted between video clips. More specifically, the present invention relates to a technique for providing an editing platform for an intermediate image PPL between video clips, the technique implementing functions for enabling: a personally photographed content to be utilized as PPL content for a corresponding person between corresponding video clips when an online media content is configured by connecting the video clips while a plurality of photographic images or user videos, which are personally photographed and uploaded by users, are managed into a database; and the unity between the video clips and the PPL content to be prepared through geographical location information and camera sight information. According to the present invention, a PPL means for the corresponding individual can be provided by shortly exposing the photographic image or the user video, which is personally photographed and uploaded by the users, between the video clips in an online media content played on YouTube, Afreeca TV or the like.

Description

How to provide intermediate PPL editing platform between video clips

The present invention relates generally to a technique for providing an editing platform for an intermediate PPL inserted between video clips.

More specifically, the present invention manages a plurality of photographic images or user videos that people personally shoot and upload with a database, and when the online media content is composed by connecting video clips, the personalized content is interposed between the video clips. The present invention relates to a technology for providing an intermediate image PPL editing platform between video clips, which can be utilized as PPL contents for the individual, and implements a function of providing unity between the video clip and the PPL contents through geographical location information and camera gaze information. .

Recently, online media services that provide video contents through the Internet or LTE networks have been spreading worldwide. YouTube, Africa TV, and Pandora TV are currently actively providing services, and Naver, Daum, Facebook, and other portal sites and social media will provide online media services in the future.

In such an online media service, a profit model is to expose advertising content several times between the first and the middle while providing one online media content to a user. The user may temporarily stop playing the content video, display the advertisement video for about ten seconds, or expose the advertisement image on the playback screen of the content video. Through this, the content consumer (viewer) naturally consumes the advertising content, and the operator of the online media service receives the advertising revenue accordingly.

However, in the conventional online media service, the exposure frequency and the order of placement are determined by the logic of the advertisement content. Accordingly, although the advertisement content is exposed while disturbing the normal content video, the exposure target is determined irrespective of the content. As a result, sometimes a very uncomfortable situation arises for the content consumer, and due to such a problem, there is a bad influence on the spread of the service or the advertisement order.

In recent years, many local governments around the country have made great efforts to attract tourists to their regions. Large cultural festivals, mud festivals, and mountain trout festivals are held to try to pack the area with distinctive features and attract tourists. It also provides material and administrative support so that it can be adopted as a background for broadcasting dramas or film productions to induce natural promotion through media.

However, even if the media contents are produced through some of these efforts and some of them become famous, the public relations effect of the region is not expected. It has been proven for a long time that maintaining a drama set in the region and giving a place sponsorship at the end of the contents does not provide any promotion or tourist attraction for the cost. Rather, the cost of maintaining a drama set or building and dismantling the set remains a much greater burden.

This is due to the lack of technical infrastructure in the region to effectively utilize the media's popularity to achieve local promotion. Accordingly, the present invention is to promote the region as well as the PPL effect to the individual by combining the photos or videos that people voluntarily visited tourist attractions or drama shooting sites with the drama or movie content shot at the place We want to provide a technological platform that can also create effects.

It is an object of the present invention to provide a technique for providing an editing platform for an intermediate image PPL which is generally inserted between video clips.

Particularly, an object of the present invention is to manage a plurality of photographic images or user videos that are personally shot and uploaded by a database. It is to provide an intermediate image PPL editing platform between video clips that can be used as PPL contents for an individual, and to realize a unity between video clips and PPL contents through geographical location information and camera gaze information.

In order to achieve the above object, a method for providing an intermediate image PPL editing platform between video clips according to the present invention includes a method for constructing a media database 110 by collecting a plurality of video clips provided from the outside by the media service server 100. Stage 1; A second step in which the media service server 100 collects a plurality of personal photographing contents provided from a plurality of external PPL generating terminals 400 to build a PPL database 120; A third step of the media service server 100 sequentially connecting a plurality of video clips stored in the media database 110 to set specific online media contents; Setting, by the media service server 100, a plurality of PPL slots placed between the plurality of video clips constituting the online media content; A fifth step of setting, by the media service server 100, a plurality of personal photographing contents selected from the PPL database 120 in a plurality of PPL slots in response to a request of an external PPL editing terminal 500; And a sixth step in which the media service server 100 sequentially plays a plurality of video clips and a plurality of personally photographed contents, and serves online media contents online. In this case, the personal photographing content may be configured to include a photographic image and a video image generated by the PPL generating terminal 400 through the camera module.

The first embodiment of the second step in the present invention, the media service server 100 is a step of receiving a plurality of personal shooting content from a plurality of external PPL generating terminal 400 via the Internet; Receiving, by the media service server 100, geographic location information of the PPL generating terminal 400 providing the personalized photographing content from the PPL generating terminal 400 or the LTE system 200; Identifying, by the media service server 100, the visited location meta information representing the generated geographical location of the personal photographed content from the geographical location information of the PPL generating terminal 400; And setting the PPL database 120 by linking the plurality of pieces of personal photographed content and visited location meta information about each piece of personal photographed content by the media service server 100.

In addition, the second embodiment of the second step, the media service server 100 is a step of receiving a plurality of personal photographing content from a plurality of external PPL generation terminal 400 via the Internet; Identifying, by the media service server 100, the unique attribute of the at least one of a category, a generated geographical location, and an exposure product in the content with respect to the personalized content; Storing, by the media service server 100, the personal photographing content in the detailed databases 121 to 124 corresponding to the unique attributes; Generating, by the media service server 100, a reference number by applying a preset classification code to a detailed database storing personal photographing content; And specifying, by the media service server 100, the reference number generated above for the personal photographing content.

In the present invention, the fifth step may include: a 51 step of the media service server 100 providing access to the PPL database 120 to an external PPL editing terminal 500; A fifty-second step of providing, by the media service server 100, information on a plurality of PPL content slots set for the online media content to the PPL editing terminal 500; A 53 th step of providing, by the media service server 100, the PPL editing terminal 500 with information of personal photographing contents stored in the PPL database 120 for PPL editing; A 54th step of the media service server 100 identifying a plurality of personally photographed contents (hereinafter, referred to as 'selected PPL contents') selected by the PPL editing terminal 500 for PPL editing; A fifty-fifth step in which the media service server 100 processes a mapping setting request of the PPL editing terminal 500 for a plurality of selected PPL contents and a plurality of PPL slots; Step 56 of transcoding the selected PPL content so that the media service server 100 matches the display characteristics of the video clip proximally back and forth with respect to the selected PPL content.

In this case, the first embodiment of the 53 th step may include: identifying, by the media service server 100, visited location meta information indicating the generated geographical location of the plurality of personal photographing content stored in the PPL database 120; The media service server 100 identifies the photographing location meta information representing the photographed geographical location of the plurality of video clips constituting the online media content; The media service server 100 selects the personal photographing contents having the visited location meta information corresponding to the photographing location meta information from the plurality of personal photographing contents stored in the PPL database 120; The media service server 100 may provide the PPL editing terminal 500 with information about the selected personal photographing contents.

The second embodiment of the fifty-third embodiment may include: receiving, by the media service server 100, attribute request information for PPL material classification from the PPL editing terminal 500; Selecting, by the media service server 100, one or more detailed databases 121 to 124 corresponding to the attribute request information from the PPL database 120; Selecting, by the media service server 100, one or more personalized content from the selected detailed database; The media service server 100 may provide the PPL editing terminal 500 with information about the selected personal photographing contents.

In a fifth step, the media service server 100 may select one or more selected PPL contents (hereinafter, referred to as 'synthesis target PPL contents') selected by the PPL editing terminal 500 for PPL synthesis editing among a plurality of selected PPL contents. Identifying; The media service server 100 selects video clips having shooting location metadata corresponding to the visited location metadata of the PPL content to be synthesized from the media database 110; The media service server 100 identifies, among the selected video clips, a video clip selected by the PPL editing terminal 500 for PPL synthesis editing (hereinafter referred to as a 'synthesis target video clip'); Identifying, by the media service server 100, user gaze information on the synthesis target PPL content; Obtaining, by the media service server 100, camera gaze information on the target video clip; Performing, by the media service server 100, stereoscopic image rendering on at least one of the synthesis target PPL content and the synthesis target video clip such that user gaze information and camera gaze information correspond to each other; And synthesizing the video clip to be synthesized with respect to the synthesis target PPL content by the media service server 100.

On the other hand, the computer-readable nonvolatile recording medium according to the present invention records a program for causing the computer to execute the above-described method for providing an intermediate image PPL editing platform between video clips.

According to the present invention, it is possible to provide a PPL means for an individual by briefly exposing a photographic image or a user's video, which are photographed and uploaded by a person, between video clips in online media content played on YouTube or African TV. have.

In addition, according to the present invention, in utilizing the personal photographing content as the PPL content between video clips, there is an advantage in that the online media content can be made uniform by matching the shooting position between the video clip and the PPL content within a single online media content. .

Also, according to the present invention, when a video clip is generated, the gyro sensor attached to the shooting camera inserts the gaze direction at the time of shooting into the video clip in real time, thereby synthesizing the images so that the gaze direction between the video clip and the personal shooting content is matched. There is an advantage.

1 is a view showing the basic configuration of the network infrastructure of the LTE-eMBMS mobile broadcast and LTE frequency allocation scheme.

2 is a diagram conceptually illustrating an example of constructing an intermediate image PPL editing platform of the present invention based on an LTE-eMBMS infrastructure;

3 conceptually illustrates an overall system configuration for an intermediate video PPL editing platform between video clips according to the present invention;

4 is a diagram illustrating an intermediate image PPL editing process according to the present invention;

5 is a flowchart illustrating the entire process of a method for providing an intermediate image PPL editing platform between video clips according to the present invention.

6 is a flowchart illustrating a first embodiment of a PPL database construction process in the present invention.

7 is a flowchart illustrating a second embodiment of a PPL database construction process in the present invention.

8 is a flowchart illustrating a process of editing an intermediate image PPL in the present invention.

FIG. 9 is a flowchart illustrating an embodiment of generating a customized PPL content during an intermediate image PPL editing process of the present invention. FIG.

FIG. 10 is a flowchart illustrating an embodiment of generating attribute-specific PPL content in an intermediate image PPL editing process of the present invention. FIG.

FIG. 11 is a flowchart illustrating an embodiment of generating eye-aligned PPL content during an intermediate image PPL editing process of the present invention. FIG.

Hereinafter, with reference to the drawings will be described in detail the present invention.

1 is a diagram illustrating a general configuration of a network infrastructure of LTE-eMBMS mobile broadcasting suitable for application of the present invention and an LTE frequency allocation scheme for such LTE-eMBMS mobile broadcasting.

First, Figure 1 (a) is a diagram showing the general configuration of the LTE-eMBMS mobile broadcast network infrastructure, such LTE-eMBMS infrastructure can be well adopted in the intermediate image PPL editing platform according to the present invention.

With the introduction of digital broadcasting, technologies for implementing mobile broadcasting have been actively discussed. Initially, mobile broadcasting through satellite DMB and terrestrial DMB was proposed, but as the mobile communication network became faster and the smart phone became widespread, the method of providing digital broadcasting through the mobile communication network became the mainstream.

In this regard, the Multimedia Broadcast & Multicast Service (MBMS) specification was presented in 3GPP Release-6 in 2005, and the evolved-MBMS (eMBMS) specification was proposed in 2009, which supplements the existing MBMS in 3GPP Release-9 (LTE / SAE). . At this time, the eMBMS standard is a technology for providing a television service using an OFDM-based extended bandwidth, and high-efficiency broadcasting is possible using a multicast-broadcast single-frequency network (MBSFN) technology, which is one of diversity technologies. In addition, LTE-eMBMS is a technology for providing a multimedia broadcasting service of the eMBMS using the LTE (Long Term Evolution) network installed in the existing.

FIG. 1B is a diagram illustrating a concept of time-dividing LTE frequencies in an LTE-eMBMS mobile broadcasting network infrastructure to cope with various broadcasting situations such as a normal state, a special event, and a late night time zone.

In other words, all the LTE frequencies are normally allocated to telephone or data communication, and when special events (e.g., World Cup, Olympics) are held or in the late-night hours, broadcast streaming, broadcast file transmission and reception, etc. And selectively assign LTE frequency to general data transmission. eMBMS supports TDD / FDD and can freely switch between unicast and broadcast according to demand and allocate LTE resources.

In addition, a plurality of LTE base stations may be bundled to set an MBSFN area and broadcast a specific broadcast in the corresponding area. By utilizing these characteristics of eMBMS, broadcasting by place (e.g., broadcasting service for a specific stadium), broadcasting by area (e.g., broadcasting service for Seoul area), national broadcasting (e.g. emergency breaking news, disaster broadcasting), personal broadcasting, etc. Likewise, various types of broadcast services are possible.

As the LTE-eMBMS mobile broadcasting network infrastructure is constructed, the user can move interactively to the broadcasting service through a smart phone, especially as the user moves. By utilizing the advantages of the LTE-eMBMS it is possible to build the intermediate image PPL editing platform of the present invention.

In order to provide the LTE-eMBMS service, the eMBMS middleware, API, and APP must be additionally installed in the LTE terminal, and the technical configuration as shown in FIG. Packet Data Network Gateway (P-GW), User Equipment (UE), Serving Gateway (S-GW), evolved NodeB (eNB), Mobility Management Entity (MME), Bootstrapping Server Function (BSF), HSS (HSS) Home Subscriber Server is a general LTE network infrastructure, and Broadcast Multicast Service Center (BM-SC), Multicell / Multicast Coordination Entity (MBE), and MBMS GW (eMBMS Gateway) are configurations added to LTE network infrastructure for eMBMS.

Functions and roles of various devices constituting the network infrastructure shown in FIG. 1A are well known in the LTE-eMBMS field, and thus detailed description thereof will be omitted herein.

2 is a diagram conceptually illustrating an example of constructing an intermediate image PPL editing platform of the present invention based on an LTE-eMBMS infrastructure.

In the present invention, the media service server 100 stores and manages a plurality of video clips in the media database 110, and utilizes them as Pandora TV (www.pandora.tv), Africa TV (www.afreecatv.com), and YouTube (www. online media services such as .youtube.com). These online media services can be viewed on smartphones by people on the go, or on personal computers, set-top boxes, and digital television at home.

In addition, when people visit a famous tourist attraction or a drama shooting place and upload a photo or video by their smartphone or tablet PC, the media service server 100 stores and manages such personally taken content in the PPL database 120. It is used as an intermediate PPL content between video clips in an online media service. In this case, the pictures or videos that people take are generally pictures of their faces or personal videos, but they may expose the watches or accessories that they sell in personal shopping malls.

The media service server 100 stores and manages the personal photographing content provided by the people in the PPL database 120. The media service server 100 may operate the database in various forms for efficient management and utilization. For example, personalized content can be managed by category, by the geographic location where it was taken, by the exposed product, by the viewer or operator's preferences, or by other criteria. It is possible.

In FIG. 2, these are designated as a PPL database 121 for each category, a PPL database 122 for each location, a PPL database 123 for each product, and a PPL database 124 for each preference. Personal photographed content may be classified into various spectrums, or only personal photographed content meeting specific criteria may be classified and managed as a database. For example, only personal preference content may be selected and managed in a separate database.

In addition, the operator of the online media service may appropriately edit the intermediate image PPL content by using the user interface menu after accessing the media service server 100 through his terminal device.

Intermediate image PPL editing platform according to the present invention for providing such a function can be built using the LTE-eMBMS mobile broadcast network infrastructure described in Figure 1, the overall system configuration and operation process for this is Figures 3 to 11 It will be described in more detail with reference to.

3 is a diagram conceptually showing an overall system configuration for an intermediate video PPL editing platform between video clips according to the present invention.

Referring to FIG. 3, the entire system for implementing an intermediate image PPL editing platform according to the present invention includes a media service server 100, a media database 110, a PPL database 120, a media playback device 300, and a PPL generation. The terminal 400 includes a PPL editing terminal 500, and interworks with the LTE system 200, the beacon 210, and the LTE base station 220 for geographical positioning.

In the present invention, the media service server 100 provides an online media service by connecting and providing a plurality of video clips to a user while managing and storing a plurality of video clips in the media database 110. In this case, connecting a plurality of video clips includes not only sequentially playing back a plurality of video files but also sequentially performing playback and interruption after logically dividing a video file.

In general, users visit famous tourist sites or drama locations, or use their smartphones or tablet PCs in daily life to take photos or videos of their faces or props and upload them to the cloud. The PPL generation terminal 400 shown in FIG. 3 refers to a smart phone or tablet PC in which a user personally takes a picture or a video.

In the present invention, the media service server 100 collects the personal photographing content (photo image, video) uploaded by the user, stores it in the PPL database 120, and utilizes it as a PPL (Product Placement) material in an online media service. In this case, in order to effectively utilize as a PPL material, a plurality of personal photographing contents are stored in a detailed database, that is, a PPL database 121 by category, a PPL database 122 by location, a PPL database 123 by product, and a PPL database by preference. Can manage The categorized database operates to effectively search for personalized content that meets certain conditions in the process of creating content for online media services.

A classification code is assigned to each detailed database 121 to 124 for effective data processing. For example, the classification code '0101' is assigned to the PPL database 121 for each category, the classification code '0110' is assigned to the PPL database 122 for each location, and the classification code '1001' is assigned to the PPL database 123 for each product. And the preference code PPL database 124 is assigned a classification code '1110'. By applying this classification code to the reference number of the element belonging to each detailed database, data processing can be speeded up.

When the personal photographed content is newly stored in the PPL database 120, the personal attribute is identified for the one or more of the corresponding category, the generated geographical location, and the exposed goods in the content. The personal photographing content is stored in detail databases 121 to 124 corresponding to the identified unique attributes, and for the personal photographing content, a classification code according to the detail database is designated as a reference number. In this case, when one personal photographing content is suitable for a plurality of detailed databases, it is preferable to make a plurality of copies and store them in the plurality of detailed databases, and designate a different reference number to which a classification code for each detailed database is applied.

When personal photographing content that meets specific requirements is required, the classification codes of the detailed databases 121 to 124 corresponding thereto are used. For example, when personal photographing content generated in Nami Island is needed, the keyword or place code of Nami Island among the personal photographing content having the classification code (eg, '0110') of the location-specific PPL database 122 is corresponded. Search for meta information. In addition, when personal photographing content exposing the 'clock' is required, a keyword or a product code of 'watch' or 'smartwatch' among personal photographing contents having a classification code (eg, '1001') of the product-specific PPL database 123 may be used. Search for meta information corresponding to.

In addition, when the media service server 100 utilizes personal photographing content as a PPL material, the media service server 100 may refer to the location where the photo or video was taken. The beacon 210, the LTE base station 220, and the LTE system 200 may be utilized to identify the geographical location where the personalized content is generated.

First, an embodiment using the beacon 210 will be described. Beacon 210 is a device that transmits a specific data code to the surroundings in general through the Bluetooth 4.0 standard. In the present invention, the beacon 210 is preferably disposed in a number of tourist spots or drama locations throughout the country, and the PPL generation terminal by externally transmitting the location information, for example, GPS data or 16-bit unique identification code, each representing a point where it is installed. 400) to receive. In the case of using the beacon 210, the agent installed in the PPL generation terminal 400 may be configured to deliver the corresponding information to the media service server 100.

Next, an embodiment using the LTE base station 220 will be described. The LTE system 200 identifies the coverage of the LTE base station 220 connected with the PPL generation terminal 400. The LTE system 200 has information about where and how LTE base stations are deployed. Accordingly, the LTE system 200 may identify the coverage of the LTE base station 220 connected to the PPL generation terminal 400 by preparing the LTE base station configuration information. The LTE system 200 may provide the geographic location information of the PPL generation terminal 400 to the media service server 100 based on the coverage of the LTE base station 220 connected to the PPL generation terminal 400.

The media player 300 is a device that works with the media service server 100 to display online media content to viewers. For example, it can be implemented as a digital television, a set-top box, a smartphone, a tablet PC, a game machine, etc., and can be implemented as either a stationary or mobile device.

The PPL generating terminal 400 is a device that users carry with each other to take a picture or video, etc. In the present invention, a device for generating personal photographing content at a tourist spot or a drama shooting place and uploading the same to the media service server 100. For example, the typical example of the PPL generation terminal 400 is that a specific app programmed to perform an operation according to the present invention is installed on personally owned smartphone hardware that people use.

The PPL editing terminal 500 is an apparatus that accesses the media service server 100 and edits the intermediate image PPL contents arranged between video clips. Online media content is achieved by concatenating a plurality of video clips and then placing PPL content between these video clips. The operator of the online media service connects the media service server 100 through the PPL editing terminal 500 and performs an operation of selecting and mapping PPL contents to be inserted between video clips using a UI menu provided in the form of a web page, for example. do. In addition, the PPL content may be generated through an image synthesis operation in the PPL editing terminal 500.

In this case, the media player 300 and the PPL generating terminal 400 may be the same device or different devices. In addition, it is generally assumed that the PPL generating terminal 400 and the PPL editing terminal 500 are different devices.

4 is a diagram illustrating an intermediate image PPL editing process according to the present invention.

Referring to FIG. 4, in the online media content provided by an online media service such as Pandora TV, Africa TV, YouTube, or the like, a plurality of video clips are sequentially connected, and content having an advertisement function is provided between the video clips. It is arranged. One online media content is generally content having a single content, such as a video of a drama. In general, in order to view one piece of online media content such as (a) of FIG. 4, an advertisement clip must be watched several times in the middle.

In the present invention, as shown in (b) of FIG. 4, a PPL slot, that is, a slot for inserting advertisement content, is disposed between video clips. One drama video file may be logically divided to be processed as a drama video clip, and a plurality of movie files may be set as drama video clips, respectively. For example, in order to provide online service for one 30-minute online media content, 7 drama video clips of 4 minutes each and 6 PPL slots having space of 15 seconds each are configured to constitute FIG. 4B. Can be.

Then, the operator of the online media service uses the PPL editing terminal 500 to access the media service server 100 via the Internet or the LTE network, for example, the personal photographing content to be set in these PPL slots by menu operation of a web page. Is selected from the PPL database 120. 4 (c) shows the result of the personal photographing content set in the PPL slot. The personal photographing content may be a user picture, a user video, a user edited video (synthetic edited video), and the like.

At this time, the media service server 100 limits the range of the personal shooting content that can be selected for setting in the PPL slot by the PPL editing terminal 500 by selecting and presenting the personal shooting content photographed at the same point as the online media content. It can be configured to. For example, if the online media content is a video clip of the drama 'Dae Jang Geum', people select and upload the personal photographing content taken from Gyeongbokgung Palace in Seoul and present it to the PPL editing terminal 500.

In addition, it is also possible to configure the PPL slot to set the image obtained by synthesizing the personal shooting content stored in the PPL database 120 and the video clip stored in the media database 110. For example, a video that combines a specific person's face or upper body to a specific video clip is set as a PPL slot.

In the present invention, as shown in (c) of FIG. 4, the viewer provides the on-line media content in which the intermediate video PPL between video clips is edited.

Step S110: First, the media service server 100 collects a plurality of video clips provided from the outside to build a media database 110. The media service server 100 is an apparatus for providing an online media service such as YouTube. For this purpose, the media service server 100 should have a large number of contents, that is, video clips, that may be of interest to people. The media service server 100 receives a plurality of such video clips from outside, for example, a drama production or a cable broadcasting company, to build a media database 110.

In this case, the video clip is preferably managed in association with information that can identify the geographical location associated with the video clip. For example, information about the location of the drama or the background of the drama is linked to the video clip. Such information related to a video clip is referred to herein as 'shooting position meta information' for the sake of convenience. The photographing location meta information may be implemented by using a representative name (eg, Nami Island, Gyeongbokgung Palace, Myeong-dong) related to the corresponding point or a unique identification code according to a dedicated classification system.

Step S120: In addition, the media service server 100 collects a plurality of personal photographing contents provided by upload from a plurality of external PPL generating terminals 400 to build a PPL database 120. At this time, the personal photographing content is a PPL generation terminal 400 carried by individuals, for example, a photographic image of each person generated by photographing through a camera module in a smartphone or a tablet PC, and a video image photographed to commemorate an individual in a tourist spot. This is preferred.

In this case, it is preferable that the media service server 100 is provided with linked information for identifying the geographical location of the photographed content. That is, if a particular individual has taken and uploaded a souvenir picture in Gyeongju Bulguksa, it is preferable that the personal photographing content is provided with information identifying that the picture is taken in Gyeongju Bulguksa. Such information related to personal photographing content is referred to as 'visiting location meta information' more than in this specification. The landing location meta information may be implemented by utilizing unique identification information, GPS data, LTE base station information, etc. of the beacon 210 installed at the corresponding point.

Step S130: In order to provide an online media service, the media service server 100 sequentially connects a plurality of video clips stored in the media database 110 to set specific online media content.

For example, the famous Korean wave drama 'You from the Star' consists of 21 pieces, of which one content video consisting of approximately one hour corresponds to the online media content in step S130. In this case, one video file may be logically divided, modeled into a plurality of video clips, and logically connected.

Alternatively, the online media content having a length of about 35 minutes may be configured by sequentially connecting eight video files having a length of about 4 to 5 minutes from the media database 110.

Step S140: Then, the media service server 100 sets up a plurality of PPL slots placed between a plurality of video clips constituting one online media content as shown in FIG. 4 (b). This is a process of connecting a plurality of video clips sequentially and securing a space in which something different content can be placed between the video clips.

Step S150: The media service server 100 sets a plurality of personal photographing contents selected from the PPL database 120 in a plurality of PPL slots in response to a request of an external PPL editing terminal 500.

The operator of the online media service selects PPL content to be inserted between video clips by using a UI menu that accesses the media service server 100 through a PPL editing terminal 500, for example, his personal computer, and provides a web page. Perform the mapping operation.

For example, when the media service server 100 displays a list of personal photographing contents stored in the PPL database 120 on the web page screen of the PPL editing terminal 500, the operator of the online media service is the PPL editing terminal 500. By manipulating, select the appropriate one from these and decide how to place it in the PPL slot for the selected personalized content.

The media service server 100 arranges and sets a plurality of personally photographed contents for the plurality of PPL slots in response to the operation of the operator of the online media service. 4 (c) shows a state in which a user photo, a user video, and a user edited video, which are personal photographing contents, are set in a PPL slot.

Step S160: Then, the media service server 100 plays the configured online media content through the above process to provide the online media service to the user. As a result, as shown in Fig. 4C, the plurality of drama video clips constituting the online media content to be reproduced and the plurality of individual photographed content arranged therebetween are sequentially played in accordance with the arrangement order. It is displayed on the playback device 300.

FIG. 6 is a flowchart illustrating a first embodiment of a process in which a media service server 100 collects a plurality of personal photographing contents provided from a plurality of PPL generating terminals 400 and constructs a PPL database 120. to be. The process of FIG. 6 corresponds to the first embodiment implementing step S120 in the overall process of FIG. 5.

Step S210: First, the media service server 100 receives a plurality of personally photographed contents generated by a plurality of external PPL generating terminals 400 scattered throughout the Internet. Here, the Internet is used as a generic term for a broadband network including an LTE network.

People travel from place to place according to their tastes and schedules. When they go to famous tourist spots or drama studios, they take photos or videos of themselves to commemorate them. Recently released smartphones or tablet PCs are equipped with a camera module, so people do not use a separate device, they use their own smartphone or tablet PC.

In the present invention, the photo image or video content that people have personally generated, such as a smartphone or tablet PC is a kind of PPL generation terminal 400, each of them provides personal uploaded content uploaded over the Internet. In addition, the media service server 100 receives uploading of a plurality of personal photographing contents from a plurality of PPL generating terminals 400 scattered in various regions.

Steps S220 and S230: The media service server 100 receives the geographic location information of the PPL generating terminal 400 providing the personal photographing content from the PPL generating terminal 400 or the LTE system 200. The media service server 100 identifies the visited location meta information indicating the generated geographic location for the personal photographed content from the geographic location information of the PPL generation terminal 400.

It is preferable that the media information server 100 provides the personal photographing content in association with information for identifying the photographed geographical location. That is, if a particular individual has taken and uploaded a souvenir picture in Gyeongju Bulguksa, it is preferable that the personal photographing content is managed by connecting information identifying that the picture is taken in Gyeongju Bulguksa, that is, visited location meta information.

To this end, the media service server 100 receives the geographic location information of the PPL generation terminal 400 providing the personalized content from the PPL generation terminal 400 or the LTE system 200.

For example, the PPL generation terminal 400 may insert unique identification information or GPS data of the beacon 210 that was identified at the time of generating the personal photographing content into the personal photographing content, or transmit the personal identification content to the media service server 100. In addition, the LTE system 200 may transmit the geographic location information obtained from the LTE base station 220 information to which the PPL generation terminal 400 is connected at the time of generating the personal photographing content to the media service server 100.

Then, the media service server 100 regards the geographic location information of the PPL generation terminal 400 as the geographic location where the corresponding personal photographed content is generated, that is, the 'visit location meta information'.

Step S240: The media service server 100 sets up the PPL database 120 by linking a plurality of pieces of personal photographed content and visited location meta information about each piece of personal photographed content. Therefore, preferably, the PPL database 120 manages a plurality of pieces of personal photographing content and a generation location (visit location meta information) for each of them, and the media service server 100 and the PPL editing terminal 500 This information is used during the intermediate PPL editing process.

FIG. 7 is a flowchart illustrating a second embodiment of a process in which the media service server 100 collects a plurality of personal photographing contents provided from a plurality of PPL generating terminals 400 and builds a PPL database 120. to be. The process of FIG. 7 corresponds to the second embodiment implementing step S120 in the overall process of FIG. 5.

Step S215: First, the media service server 100 receives a plurality of personal photographing contents from a plurality of external PPL generating terminals 400 through the Internet, which is described above with respect to step S210 of FIG. 6. same.

Step S225: The media service server 100 identifies, for at least some of the personalized content, the unique attribute for one or more of the corresponding category, its generated geographic location, and the exposure product within the content.

At this time, the category can be arbitrarily set by the operator according to its needs. For example, a person content, a landscape content, an animal content, a proximity image, a black and white content, etc. can be set as a category. After setting the categories in this way, the media service server 100 identifies whether the provided personal photographing content falls into these categories.

In addition, the photographed geographical position indicates the region where the user has taken the personal photographing content, as described above with reference to step S220 of FIG. 6. The media service server 100 checks whether the geographical position can be identified with respect to the provided personalized content.

In addition, the exposed goods are related to whether there is a product intentionally or accidentally exposed in the scene (screen image) of the personal photographing content. If a product that can be viewed as a PPL material is identified in the content, the unique attribute of the exposed product is identified for the personalized content.

Step S235: The media service server 100 stores the personal photographing content in which the unique attribute is identified, as detailed databases 121 to 124 corresponding to the unique attribute. For example, the personalized content in which the generated geographical location is identified is stored in the location-specific PPL database 122.

Steps S245 and S245: Then, the media service server 100 generates a reference number by applying a preset classification code to the detailed database storing the personal shooting content and generates the reference number for the personal shooting content. Specifies.

For example, the personal photographing content stored in the location-specific PPL database 122 is generated by specifying a reference number of, for example, 16 digits by applying a preset code '0110' to the location-specific PPL database 122. At this time, the remaining 12 digits except for '0110' may be arbitrarily set so as not to overlap. Preferably, several digits, for example, the upper four digits, may be used by subdividing the geographical location and defining the location classification code.

Meanwhile, although not shown in FIG. 7, after storing the personal photographing content in the PPL database 120 as described above, the media service server 100 is an individual who is relatively frequently used as an intermediate image PPL content between video clips of online media content. Once the photographed content is identified, it may be separately managed by storing it in the PPL database 124 for each preference. In this case, as described above, it is preferable to newly designate a reference number for the corresponding personal photographing content by applying a preset classification code '1110' to the PPL database 124 for each preference. Alternatively, a copy may be created while leaving the original intact and stored in the PPL database 124 according to preference.

FIG. 8 is a flowchart illustrating a process in which the media service server 100 edits an intermediate image PPL according to a request of the PPL editing terminal 500 by using personal photographing content stored in the PPL database 120. The process of FIG. 8 corresponds to step S150 in the overall process of FIG.

Step S310: First, the media service server 100 provides access to the PPL database 120 to an external PPL editing terminal 500 so that the media service server 100 can select a PPL material. This can be implemented by the media service server 100 establishing an access path between the PPL editing terminal 500 and the PPL database 120. In addition, the media service server 100 may be implemented in a manner of mediating a request response message between the PPL editing terminal 500 and the PPL database 120.

Step S320: The media service server 100 provides the PPL editing terminal 500 with information on a plurality of PPL content slots set for the online media content prepared internally for providing the online media service. That is, referring to FIG. 4B, information about how drama video clips are arranged for a particular online media content and how many PPL clips are arranged between them is sent to the PPL editing terminal 500. to provide.

Step S330: In addition, the media service server 100 provides the PPL editing terminal 500 with information of personal photographing contents stored in the PPL database 120 for PPL editing. In order to select a PPL material to be set in the PPL slot provided with the above information, information of the personal photographing contents is collected from the PPL database 120 and provided to the operator of the online media service.

In this case, the PPL database 120 may provide information of all the personal photographing contents stored in the PPL database 120, and may provide the information after selecting a limited category of the personal photographing contents according to a specific criterion.

Steps S340 and S350: Next, the media service server 100 identifies a plurality of personal photographing content (hereinafter, referred to as 'selective PPL content') selected by the PPL editing terminal 500 for PPL editing. It processes the mapping setup request of the PPL editing terminal 500 for these selected PPL contents and PPL slots.

The operator of the online media service was informed of how the PPL slots were placed for particular online media content and what personalized content, which is the material to use, was present. Thus, the operator selects some of the personalized content stored in the PPL database 120 to put in the PPL slot of the online media content, which is called the selected PPL content. In addition, an operation of mapping these selected PPL contents to PPL slots is performed on the PPL editing terminal 500.

The media service server 100 receives the selection operation of the selected PPL content and the mapping operation for the PPL slots on the PPL editing terminal 500 and performs data processing accordingly.

Through the above process, that is, the intermediate image PPL editing operation on the specific online media content has been performed through steps S310 to S350, and thus, a plurality of drama video clips constituting the online media content and a selection disposed therebetween. Designation of PPL content was made.

Step S360: Next, the media service server 100 transcodes the selected PPL content to match the display characteristics of the video clip that is near and back to the selected PPL content. Step S360 is an optional configuration in the present invention because it is a process for the user to more easily view the online media content through the media player 300.

Personal shooting content is generated and delivered from a number of smartphones or tablet PCs possessed by users. Currently, smartphones and tablet PCs have a variety of camera performance, image and video encoding formats, and various settings are used in terms of resolution and aspect ratio. Accordingly, deviations between these devices are also reflected in the personal photographing content.

In addition, video clips have various characteristics inherent in the type of encoding software selected in the generation process, encoding option settings, and properties of the original video. As a result, the video clips and the personal photographing contents stored in the media database 110 and the PPL database 120 are varied in screen display characteristics.

In view of this situation, it is desirable to match display characteristics of video clips and personalized content that are adjacent to each other in one online media content in terms of unity of content. In addition, it is also considered that video playback may be technically impossible in the case of a photo image file and a video file when the encoding formats are not compatible.

In general, since video clips are provided by drama productions or cable broadcasters, image quality and compatibility have been verified, while personal photographing contents are generated from various devices, so there is no realistic guarantee of image quality and compatibility in any form. Accordingly, in the present invention, the transcoding operation is performed to match the display characteristics of the personalized content so as to match with adjacent video clips.

On the other hand, the technology (algorithm) for transcoding a picture or video itself is not the subject of interest of the present invention, and the description of the transcoding technology itself is not described in the present specification because many existing transcoding technologies already exist. Omit.

FIG. 9 is a flowchart illustrating an embodiment in which a customized PPL content is generated from personal photographing contents whose geographical video locations match a drama video clip in the process of editing an intermediate video PPL according to the present invention. The process of FIG. 9 corresponds to an embodiment of implementing step S330 in the process of editing the intermediate image PPL of FIG. 8.

Step S410: First, the media service server 100 identifies visited location meta information representing the generated geographic location for a plurality of personal photographed content stored in the PPL database 120. FIG. As described above, the visited location meta information may be implemented by using unique identification information, GPS data, LTE base station information, etc. of the beacon 210 installed at the corresponding point.

Step S420: The media service server 100 identifies the photographing position meta information indicating the photographed geographical position of the plurality of video clips constituting the online media content. Typically, an external company that provides a video clip, such as a drama production or cable broadcaster, provides the video clip with the geographic location associated with that video clip. The photographing location meta information may be implemented by using a representative name (eg, Nami Island, Gyeongbokgung Palace, Myeong-dong) related to the corresponding point or a unique identification code according to a dedicated classification system.

Step S430: The media service server 100 selects the personal photographing contents having the visited location meta information corresponding to the photographing location meta information from the plurality of personal photographing contents stored in the PPL database 120. FIG. This is to select personalized content that is geographically related to the online media content. For example, if the online media content is a 50-minute video that is part of the drama 'Chunhyangjeon', it is trying to select a picture or a personal video taken in a region related to Chunhyangjeon and place it among the video clips.

At this time, the media service server 100 selects itself so that the operator of the online media service does not need to select the personal photographing content having the geographical connection by personal effort.

Meanwhile, the process of selecting the visited location meta information corresponding to the photographing location meta information may be variously implemented. For example, it is possible to determine whether or not the location corresponds to the geographical name (eg, Gyeongbokgung, Gwanghanru, Nami Island, etc.). In addition, based on the GPS information, whether or not the location correspondence may be determined according to whether the physical distance is within a predetermined threshold (eg, 1 KM). In addition, whether or not the location correspondence may be determined according to whether the beacon 210 of the predetermined group or the LTE base station 220 of the predetermined group is connected to each region.

Step S440: The media service server 100 provides the PPL editing terminal 500 with information of the selected personal photographing contents, so that the operator of the online media service selects among the primary personal photographing contents thus selected. PPL contents are selected. By filtering the range of personal shooting content in advance, it is possible to secure unity between the online media content and the intermediate video PPL without any special effort by the operator.

FIG. 10 is a flowchart illustrating an embodiment of generating personalized PPL content according to an operator's selection of an online media service in the process of editing an intermediate image PPL according to the present invention. The process of FIG. 10 corresponds to an embodiment of implementing step S330 in the process of editing the intermediate image PPL of FIG. 8.

Step S415: First, the media service server 100 is provided with attribute request information for PPL material classification from the PPL editing terminal 500 operated by the operator of the online media service.

During the selection of intermediate PPL content, for a particular PPL slot the operator may wish to have personalized content with a specific element (attribute). In order to classify the PPL material having the corresponding element (attribute) separately, the operator will input a specific operation such as a keyword input or menu selection to the PPL editing terminal 500, and correspondingly, the PPL editing terminal 500 The attribute request information is transmitted to the media service server 100.

Step S425: Next, the media service server 100 selects one or more detailed databases 121 ˜ 124 corresponding to the attribute request information from the PPL database 120 managed by the media service server 100.

If the attribute request information input by the operator corresponds to a specific category, geographic location, exposure product, high preference, etc., the media service server 100 does not handle personal photographing content for the entire PPL database 120, but rather attribute request information. By narrowing down the detailed database 121 to 124 corresponding to the personal shooting content to be used as a PPL material.

Steps S435 and S445, the media service server 100 selects one or more personal recording contents from the selected detailed database, and correspondingly, the media service server 100 edits the information of the selected personal shooting contents by PPL. Provided to the terminal 500 to be selected by the operator.

FIG. 11 is a flowchart illustrating an embodiment of generating personalized PPL content by adjusting personal photographing content so that the drama video clip and the character's gaze match during the process of editing an intermediate image PPL according to the present invention. The process of FIG. 11 corresponds to step S150 in the overall process of FIG. 5, and the process of FIG. 11 below between steps S340 and S350 described above with reference to FIG. 8 in relation to step S150. This may be configured to be performed further.

Step S510: First, the media service server 100 selects one or more selected PPL contents selected by the PPL editing terminal 500 to perform PPL synthesis editing among a plurality of selected PPL contents previously selected for the purpose of filling the PPL slots. Hereinafter, referred to as 'synthesis target PPL content').

That is, the operator of the online media service selects a part of the plurality of selected PPL contents previously selected for the purpose of filling a PPL slot for a specific online media content as the synthesis target PPL contents, and performs PPL synthesis editing according to the following process. . At this time, the synthesis target PPL content can be arbitrarily selected by the operator of the online media service, the media service server 100 identifies the content of the operation of the operator selection.

Meanwhile, the item labeled 'user edited video' in FIG. 4C means a result of such PPL synthesis editing.

Step S520: Next, the media service server 100 selects a recording position corresponding to the visited location meta information of the synthesis target PPL content previously selected by the operator for PPL synthesis editing among a plurality of video clips stored in the media database 110. Select video clips with meta information.

It is necessary to select a video clip to be synthesized with the PPL content to be synthesized from the media database 110. In order to increase the efficiency of image synthesis, the media service server 100 uses a video clip generated in the same region as the PPL content to be synthesized. It is the first screening.

Step S530: The media service server 100 performs a selection operation on the PPL editing terminal 500 by the operator of the on-line media service for PPL synthesis editing among the selected video clips (hereinafter, ' Video clip ').

At this time, the synthesis target video clip may be arbitrarily selected from among the video clips previously selected by the operator of the online media service, and the media service server 100 recognizes the contents of the operation of the operator's selection and accordingly the synthesis target video clip. Identifies the clip.

Steps S540 and S550: The media service server 100 identifies user gaze information on the synthesis target PPL content and acquires camera gaze information on the synthesis video clip. This is a process of acquiring prior information for improving the quality of the synthesis result by matching the composition of the synthesis target PPL content and the synthesis video clip in performing image synthesis. Since the process of steps S540 and S550 requires a considerable amount of computation, it is preferable to set it as a background task in advance when the media service server 100 is free.

First, the media service server 100 contains the composition target PPL content by analyzing information such as the shape of the surrounding features such as a bridge, a building, and the direction and length of the shadow in the scene (screen) of the composition target PPL content. It is possible to roughly estimate and identify the line of sight of a camera. In the present specification, this is referred to as user gaze information on the synthesis target PPL content.

In addition, the media service server 100 obtains camera gaze information on the video clip to be synthesized. When generating the original content according to the video clip in the drama production, it is preferable that the gyro sensor is attached to the shooting camera so that the gaze direction of the shooting camera is inserted into the video clip in real time. In this case, the media service server 100 may obtain camera eye information by parsing metadata of the video clip to be synthesized.

If the shooting camera does not insert information about its gaze direction into the video clip, as described above with respect to the user gaze information of the PPL content to be synthesized, the media service server 100 may execute a scene ( Screen) analyzes the information such as the shape of the surrounding features such as the bridge, the building, and the direction and length of the shadow.

In operation S560, the media service server 100 performs stereoscopic rendering on at least one of the synthesis target PPL content and the synthesis target video clip such that the user gaze information and the camera gaze information correspond to each other.

Since the user gaze information of the synthesized PPL content and the camera gaze information of the synthesized video clip are identified, it is possible to know how to rotate the space relatively. Accordingly, the media service server 100 utilizes 3D stereoscopic rendering software to perform stereoscopic image rendering such that the desired relative spatial rotation is achieved with respect to at least one or more of the synthesized PPL content and the synthesized video clip.

In general, since the character image of the synthesized PPL content is synthesized on the background of the synthesized video clip, it is preferable to leave the synthesized video clip as it is and to perform stereoscopic rendering while spatially rotating the character image of the synthesized PPL content. Do.

However, if the composite video clip is captured using a 360 degree camera that has recently been applied in relation to virtual reality (VR), the character image of the synthesized PPL content is left alone and is relatively spaced relative to the composite video clip. Rotation is preferable.

Step S570: Then, the media service server 100 image synthesizes the synthesized video clip with respect to the synthesized PPL content. Through the above process, the synthesized PPL content and the synthesized video clip are matched in the visual direction, that is, the overall composition of the image, so that they are properly synthesized and the result is set in the PPL slot. In general, a method of synthesizing a character image of the PPL content to be synthesized on the background of the video clip to be synthesized is used.

Meanwhile, the present invention may be embodied in the form of computer readable codes on a computer readable nonvolatile recording medium. Such nonvolatile recording media include all types of storage devices that store computer readable data, such as hard disks, SSDs, CD-ROMs, NAS, magnetic tapes, web disks, cloud disks, etc. The code may be implemented in a form in which the code is distributed and stored in a storage device.

Claims

A first step of the media service server 100 collecting a plurality of video clips provided from the outside to build a media database 110;

A second step of the media service server 100 collecting a plurality of personal photographing contents provided from a plurality of external PPL generating terminals 400 to build a PPL database 120;

A third step of the media service server 100 sequentially connecting a plurality of video clips stored in the media database 110 to set specific online media contents;

A fourth step of setting, by the media service server, a plurality of PPL slots placed between a plurality of video clips constituting the online media content;

A fifth step of the media service server 100 setting a plurality of personal photographing contents selected from the PPL database 120 in the plurality of PPL slots in response to a request of an external PPL editing terminal 500;

A sixth step of the media service server 100 reproducing the plurality of video clips and the plurality of personally photographed contents sequentially to online service the online media contents;

Method for providing an intermediate image PPL editing platform between video clips configured to include.
The method according to claim 1,

The fifth step,

The media service server (100) providing an external PPL editing terminal (500) with access to the PPL database (120);

Step 52, the media service server 100 providing the PPL editing terminal 500 with information on the plurality of PPL content slots set for the online media content;

The media service server (100) providing the PPL editing terminal (500) with information on the personal photographing contents stored in the PPL database (120) for PPL editing;

A 54th step of the media service server 100 identifying a plurality of personal photographing contents (hereinafter, referred to as 'selected PPL contents') selected by the PPL editing terminal 500 for PPL editing;

A 55th step of the media service server 100 processing a mapping setting request of the PPL editing terminal 500 for the plurality of selected PPL contents and the plurality of PPL slots;

Method for providing an intermediate image PPL editing platform between video clips, characterized in that comprises a.
The method according to claim 2,

The 53 th step is

Identifying, by the media service server (100), visited location meta-information representing the generated geographic location for a plurality of personal photographing contents stored in the PPL database (120);

Identifying, by the media service server (100), photographing location meta information indicating a photographed geographical location of a plurality of video clips constituting the online media content;

Selecting, by the media service server (100), personal photographing contents having visited location meta information corresponding to the photographing location meta information among a plurality of personal photographing contents stored in the PPL database (120);

The media service server 100 providing the PPL editing terminal 500 with information on the selected personal photographing contents;

Method for providing an intermediate image PPL editing platform between video clips, characterized in that comprises a.
The method according to claim 2,

The 53 th step is

Receiving, by the media service server (100), attribute request information for PPL material classification from the PPL editing terminal (500);

Selecting, by the media service server (100), one or more detailed databases (121 to 124) corresponding to the attribute request information from the PPL database (120);

Selecting, by the media service server (100), one or more personalized content from the selected detailed database;

The media service server 100 providing the PPL editing terminal 500 with information on the selected personal photographing contents;

Method for providing an intermediate image PPL editing platform between video clips, characterized in that comprises a.
The method according to claim 3,

The fifth step,

Performed between the 54th step and the 55th step,

The media service server 100 identifies one or more selected PPL contents (hereinafter, referred to as 'synthesis target PPL contents') selected by the PPL editing terminal 500 for PPL synthesis editing among the plurality of selected PPL contents. ;

Selecting, by the media service server (100), from the media database (110) video clips having shooting location meta information corresponding to visited location meta information of the synthesis target PPL content;

Identifying, by the media service server (100), a video clip selected by the PPL editing terminal (500) (hereinafter, referred to as a “synthesis target video clip”) from among the selected video clips for PPL synthesis editing;

Identifying, by the media service server (100), user gaze information on the synthesis target PPL content;

Acquiring, by the media service server (100), camera eye information about the synthesis target video clip;

The media service server 100 performing stereoscopic image rendering on at least one of the synthesis target PPL content and the synthesis target video clip such that the user gaze information and the camera gaze information correspond to each other;

Synthesizing, by the media service server (100), the synthesis target video clip with respect to the synthesis target PPL content;

Method for providing an intermediate image PPL editing platform between video clips, characterized in that further comprises.
The method according to claim 2,

The fifth step,

After the 55th step,

Step 56, the media service server 100 transcoding the selected PPL content to match a display characteristic of a video clip that is proximally back and forth with respect to the selected PPL content;

Method for providing an intermediate image PPL editing platform between video clips, characterized in that further comprises.
The method according to claim 3,

The second step,

Receiving, by the media service server (100), a plurality of personal photographing contents from a plurality of external PPL generating terminals (400) through the Internet;

Receiving, by the media service server (100), geographic location information of the PPL generating terminal (400) providing the personal photographing content from the PPL generating terminal (400) or the LTE system (200);

Identifying, by the media service server (100), visited location meta information indicating the generated geographic location for the personal photographed content from the geographic location information of the PPL generating terminal (400);

Setting up, by the media service server (100), a PPL database (120) by linking the plurality of pieces of personal photographed content and the visited location meta-information for each piece of personal photographed content;

Method for providing an intermediate image PPL editing platform between video clips, characterized in that comprises a.
The method according to claim 3,

The second step,

Receiving, by the media service server (100), a plurality of personal photographing contents from a plurality of external PPL generating terminals (400) through the Internet;

Identifying, by the media service server (100), a unique attribute of at least one of a category, a generated geographical location, and an exposure product in the content with respect to the personal photographed content;

Storing, by the media service server (100), the personalized content in a detailed database (121 to 124) corresponding to a corresponding attribute;

Generating, by the media service server (100), a reference number by applying a preset classification code to a detailed database storing the personal photographing content;

Designating, by the media service server, the generated reference number for the personal photographed content;

Method for providing an intermediate image PPL editing platform between video clips, characterized in that comprises a.
The method according to claim 1,

The individual photographing content is a method for providing an intermediate image PPL editing platform between video clips, characterized in that the PPL generation terminal 400 comprises a photographic image and a video image generated by the camera module.
A computer-readable nonvolatile recording medium having recorded thereon a program for executing a method for providing an intermediate image PPL editing platform between video clips according to any one of claims 1 to 9.