KR20090022786A - The system which provide a specialized user created contents where the data which the user designates is reflected - Google Patents

Abstract

A system for providing specialized user created contents to which data which a user designates is reflected is provided to replace a face of a source avatar with an FIU(Face Image which a User designates) to generate AU(Avatar which a User designates) based on an online network and combine the generated AU, SU(Sound data which a User designates), IU(Indication data which a User designates), and LU(Link data which a User designates) with a basic template to produce an S-UCC, thereby facilitating UCC distribution processes while minimizing costs and time for production UCC. An S-UCC provision management server(201) is connected to a user client(11) and a UCC operation system(300). The S-UCC provision management server controls processes of producing and distributing S-UCC to which corresponding FIU, SU, IU, and LU are reflected according to FIU, SU, IU, and LU transmitted from the user client while storing and managing information related to a basic template image and a source avatar. An S-UCC production request acceptance unit(210) accepts FIU, SU, IU, and LU transmitted from the user client through a guide page while operating the guide page for S-UCC production request acceptance according to a request of the user client. An S-UCC production unit(100) generates S-UCC by combining generated AU, SU, IU and LU with the basic template image.

Description

The system which provide a specialized user created contents where the data which the user designates is reflected}

The present invention provides various user-specific data, such as the face image which the user designates (FIU), hereinafter referred to as "FIU", the sound data which the user designates (SU) ; Hereinafter referred to as "SU", the Indication data which the User designates (hereinafter referred to as "IU"), the user specified link data (LU) ; Refers to a system providing Specialized User Created Contents (S-UCC) (hereinafter referred to as "S-UCC") that reflects "LU"). Is a series of computer modules that can replace a source avatar's face with a FIU to create an Avatar which the User designates (AU) is called. In combination with IU, LU, etc., it can be combined with basic template images to produce S-UCC. A series of computational modules, S-UCCs that can be mapped and provided to the actual user-created contents (UCC: User-Defined Contents) (UCC) operation and processing pipeline, S With the UCC posted on the web, a series of computational modules that can be distributed to the public are systematically linked and, thus, the user side minimizes the cost and time required for UCC production. In addition, it is related to the S-UCC providing system that reflects the user-specified data to maximize the user's UCC utilization effect to the optimal state by allowing the user to easily proceed with the UCC distribution process that reflects their needs flexibly.

Recently, with the rapid development of wired / wireless online network-related technologies such as the Internet network, the overall distribution infrastructure of UCC is increasing day by day, and according to this trend, the number of users who operate UCC is also exploding. have.

However, under such a conventional system, in order for a user to manufacture a UCC, the user must not only prepare equipment necessary for the production of the UCC at a high cost, but also a procedure of photographing objects / phenomena / materials desired by the user and completed the production. Since the process of uploading the UCC to each UCC operating system must be complicated, the user will have no choice but to take various difficulties.

Of course, in such a difficulty, each user side is forced to respond very passively in the production of UCC, and eventually, each UCC operating system side can not avoid the damage that the overall UCC distribution scale is greatly reduced.

Accordingly, an object of the present invention is to replace a face of source avatar with a FIU, based on an online network, to generate a set of avatars (AU), which is called "AU". A series of computer modules that can produce S-UCC by combining the computer modules of AU, SU, IU, LU, etc. with SU, IU, LU, etc., to the basic template images, and the actual UCC operation and processing pipeline. In the state of publishing the S-UCC on the web, a series of computer modules that can be distributed and distributed to the public, and systematically linked and arranged, through this, the user side Even in minimizing the cost, time, etc., it is possible to easily proceed with the UCC distribution process that reflects their needs flexibly, to maximize the user's use of UCC to the optimal state.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

In order to achieve the above object, the present invention selectively connects to a user client connected to an online network and a user created contents (UCC) operating system, and stores and manages information related to a basic template image and a source avatar. The Face Image which the User designates (FIU), the Sound data which the User designates (SU) transmitted from the client, and the Indication data which the User designates (IU) ), And S-UCC of Specialized User Created Contents (S-UCC) that has been created and completed according to the Link data which the User designates (LU) The S-UCC providing management server that controls the online distribution procedure of the client and the S-UCC providing management server. According to the request, the S-UCC operates a guide page for accepting the production request of the S-UCC and receives and processes the FIU, SU, IU, and LU transmitted from the user client through the guide page. It is controlled by the UCC production request receiving unit and the S-UCC providing management server, and converts the face of the source avatar to match the FIU, to generate the user avatars (AU: Avatar which the user designates) And the S-UCC production unit for combining the generated AU with the SU, IU, and LU to the basic template image to produce an S-UCC, and controlled by the S-UCC provision management server. When the production of the S-UCC is completed by the -UCC production unit, the S-UCC is mapped and sent to the UCC operating system, and the S-UCC is stored in a user side account registered in the UCC operating system. Storage can be managed Controlled by the S-UCC providing unit and the S-UCC providing management server, generating the S-UCC index data corresponding to the S-UCC, publish and operate through the S-UCC distribution guide page, When the S-UCC distribution request data corresponding to the S-UCC index data is transmitted from a general client connected to the guide page, the S-UCC distribution extracts the S-UCC and sends and distributes the S-UCC to the general client. Disclosed is a S-UCC providing system reflecting user-specified data consisting of a combination of units.

Under the present invention, based on the online network, by replacing the face of the source avatar with a FIU, a series of computer modules that can create user avatars (AU: Avatar which the user designates), AU produced in this way, SU, A series of computer modules that can be combined with basic template images to create S-UCCs, together with IUs and LUs, and S-UCCs that can map and provide these S-UCCs into a practical UCC operation and processing pipeline, S Since the UCC is posted on the web, a series of computer modules and the like that can be distributed to the general public are systematically arranged and arranged, so in the implementation environment of the present invention, the cost, time, etc. required for the production of the UCC by the user side Even if the system is minimized, the UCC distribution process that flexibly reflects the needs of the user can be easily proceeded. As a result, the UCC utilization effect is optimally maximized. It is able to.

Hereinafter, with reference to the accompanying drawings, the S-UCC providing system reflecting the user-specific data according to the present invention will be described in more detail as follows.

As shown in FIG. 1, the S-UCC providing system 200 reflecting user-specified data according to the present invention is a user who is connected to an online network 12, such as an Internet network, via an interface unit 202. To the S-UCC providing management server 201 which selectively forms a series of signal connection relationships with the client 11, the general client 14, the UCC operating system 300, and the like, and the S-UCC providing management server 201. Guide page operation unit 203, operation information storage unit 204, operation auxiliary unit 205, S-UCC production request receiving unit 210, S-UCC production unit 100, S-UCC controlled by the overall control The storage unit 206, the S-UCC distribution unit 220 and the like take a close combination.

In this case, the user client 11, the general client 14, and the like described above include, for example, a notebook PC, a desktop PC, and the like, such as a cellular phone and a PCS phone. ), Synchronous / Asynchronous IMT-2000 (International Mobile Telecommunication-2000), Palm Personal Computer (PDA), Personal Digital Assistant (PDA), Smart Phone, WAP Phone (WAP phone: Wireless application protocol) A mobile device such as a phone, a play-station, or the like may be flexibly selected according to a situation of a user, a general person, or the like.

At this time, the S-UCC reception management module 302 belonging to the UCC operating system 300 forms a series of communication relationships with the S-UCC providing system 200 according to the present invention, the S-UCC providing system 200 After receiving the information transmitted from the side, and serves to stably update and store it in the service operation-related D / B (301).

In such a situation, the guide page operation unit 203 controlled by the S-UCC providing management server 201 of the present invention operates a user client 11, a public client 14, etc. by a user, a public, and the like. Correspondingly, when a series of connection events occur from the user client 11 and the general client 14 side, the operation information storage unit 204 is accessed, and various service operation information stored therein, for example, Flexible extraction of various texts / images / videos / links / program information for generating web pages, various web page setting information, and the like, and then guide pages as shown in FIGS. 2A to 2C based on the extracted operation information. (401, 402, 403) are generated, and the generated guide pages (401, 402, 403) are selected and sent to the user client (11) side, thereby serving as a S-UCC agent The basic setting of the various service procedure according to the management server 201 is a secondary composition to be smoothly without any problem.

Of course, each of these guide pages 401, 402, 403 includes &quot; items that can search for source avatars (e.g., avatars based on AU) &quot;, < basic template images (e.g., providing basic background frames, AU, Items that can be searched by executing SU, IU, LU, etc. on their respective layers>, <FIU, SU (e.g., user-side voice / background / effect sound data, etc.), IU (e.g., user-side text) Data / code data / image data / table data, etc.), LUs (link data such as URLs linking the user's registration site with AU, IU, etc.) and items that can be requested to produce S-UCC>, < Since each user's S-UCC disclosure items> and <items for requesting SCA delivery> are provided, users and the public can selectively operate menu items posted on each guide page (401, 402, 403). Simple computerized input) On its own, for example, the process of searching for source avatars, the process of retrieving basic template images, the process of providing FIUs, SUs, IUs, LUs, etc., the process of requesting the production of S-UCC, the process of surfing SCA details, It is possible to flexibly proceed with the user's intention of sending the user's SCA.

At this time, the operation information storage unit 204 controlled by the S-UCC providing management server 201 is a variety of operation information, for example, various texts for generating a web page necessary for the implementation of <S-UCC production and provision services> It plays a role of stably storing and managing user registration information, system visit history information, system resource status information, etc., including / image / video / link / program information and various web page setting information. Each operation information listed above may be flexibly added / deleted or changed depending on the system side situation).

In addition, the operation auxiliary unit 205 controlled by the S-UCC providing management server 201 forms a series of communication relationships with the guide page operation unit 203, the operation information storage unit 204, and <S-UCC. Production and provision services>, for example, a procedure for managing a system login process of a user, a procedure for updating a system visit history of a user side, a procedure for updating data in an operation information storage unit 204, and the like. You will perform colorfully.

In this situation, the S-UCC providing management server 201 of the present invention selects a series of request data (for example, FIU, SU, IU, LU transmission data, and source avatar selection) output from the user client 11. Data, basic template image selection data, S-UCC production request data, etc.), a procedure for receiving FIUs, SUs, IUs, LUs, etc. provided by the user, a process for generating S-UCC production request data, and matching to FIUs. Procedure to generate the AU, AU, SU, IU, LU, etc. to the basic template image selected by the user, the process of producing the S-UCC, the process of providing the completed S-UCC to the operator 300 side It will play the role of controlling overall.

At this time, the S-UCC production request receiving unit 210 controlled by the S-UCC providing management server 201 selectively establishes a series of signal connection relationships with the user client 11 side via the interface unit 202. While forming, the user connects to the guide pages 401 and 402 via the user client 11, and then selects <items related to the provision of the FIU, SU, IU, LU, etc. and the S-UCC production> posted thereon. When a series of request data (for example, FIU transmission data, SU transmission data, IU transmission data, LU transmission data, source avatar selection data, basic template image selection data, etc.) is transmitted from the user client 11 side, It will serve as a receptionist.

In this case, the S-UCC production request receiving unit 210, as shown in Figure 3, S-UCC to collectively control the reception procedure of the FIU / SU / IU / LU, etc. and the generation procedure of the S-UCC production request data S-UCC production basic information selection guide information providing module 213 and user request information receiving module 214, which are under the control of the production request reception control module 211, the S-UCC production request reception control module 211. , The S-UCC production history information storage module 216, the S-UCC production request data generation / output module 217, and the like are closely combined.

At this time, the S-UCC production basics selection guide information providing module 213 controlled by the S-UCC production request reception control module 211, the guide page operation unit 203, the operation via the interface module 212 While establishing a series of signal connection relationships with the information storage unit 204, the user client 11, and the like, the user accesses the guide pages 401 and 402 via the user client 11, and then posts the <FIU, IU And> related to the provision of SU, LU and the manufacture of S-UCC, and when a series of request data is transmitted from the user client 11 side, the S-UCC production basic information storage module 216 and Selected guide information (e.g., image information of the source avatar, identification name information of the source avatar, captured image information of the basic template image, basic template image) related to the source avatar and the basic template image stored therein Extracting identification name information, etc.), and will serve to pass toward the extraction completed, the source and the avatar image a default template guide page operation unit 203 described above to select the guide information related to.

Of course, under the role of the S-UCC production baseline selection guide information providing module 213, when the selection guide information related to the source avatar and the basic template image is delivered and secured, the guide page operation unit 203 may be configured as a user client ( 11) An action of inserting, for example, the image information of the source avatar, the identification name information of the source avatar, the captured image information of the basic template image, the identification name information of the basic template image, and the like in the guide pages 401 and 402 that are transmitted and posted to the side. As a result, in the insertion and description of the selection guide information, the user side operates the menu posted on the guide pages 401 and 402 and selects the desired source avatar and basic template image. The procedure of transmitting FIU, SU, IU, LU, etc. to the system 200 side> can be easily performed.

Here, the user request information reception module 214 controlled by the S-UCC production request reception control module 211 may be a guide page operating unit 203, a user client 11, or the like through the interface module 212. While selectively forming a series of signal connection relationships, the user can select the selection guide information (e.g., image information of the source avatar, identification name information of the source avatar, and capture image information of the basic template image) related to the above-described source avatar and basic template image. , The identification name information of the basic template image, etc.), and then select <Items related to the provision of FIU, SU, IU, LU, etc. and the production of S-UCC>, and then the source avatar and the basic If the selection information related to the template image (for example, transmission data such as FIU, SU, IU, LU, source avatar selection data, basic template image selection data, etc.) is transmitted, The user request data is sequentially received according to the order, and the FIU / SU / IU / LU and user request data that have been received are reliably stored and managed in the processing buffer 215.

In this way, in the processing buffer 215, in the situation where the FIU and the user request data (for example, source avatar selection data, basic template image selection data, etc.) have been received, control is performed by the S-UCC production request reception control module 211. The S-UCC production request data generation / output module 217 accesses the processing buffer 215 to access the FIU / SU / IU / LU and user request data (eg, source avatar selection data, basic template image selection data, etc.). After extraction, the extracted FIU / SU / IU / LU and user request data (eg, source avatar selection data, basic template image selection data, etc.) are combined to generate a series of S-UCC production request data, and an interface module. Via 212, the S-UCC production unit 100 communicates with each other, and generates and transmits the generated S-UCC production request data to the S-UCC production unit 100 side.

Thus, under the above-described procedure, in a situation where a series of S-UCC production request data is output and transmitted, the S-UCC production unit 100 of the present invention controlled by the S-UCC providing management server 201 is provided to the user. By transforming the face of the source avatar selected by the FIU to match the FIU, and generates the AU, the AU generated as described above is combined with the SU, IU, LU and the basic template image selected by the user, It will play the role of producing S-UCC.

At this time, as shown in Figure 4, the S-UCC production unit 100 of the present invention is the S-UCC production control module 110, and the S-UCC production control module 110 is collectively controlled by the S- Generate UCC output module 170, FIU acquisition module 120, source avatar related information storage module 150, Representative Expression image for user design avatar (hereinafter referred to as "REU") Module 130, Expression image for User design avatar (hereinafter referred to as "EU") generation module 140, AU generation module 160, SU loading module 181, IU loading The module 182, the LU loading module 184, the basic template image loading module 183, and the S-UCC generation module 190 may take a close combination.

In this case, the S-UCC production control module 110 forms an intimate communication relationship with the S-UCC production request reception unit 210, the S-UCC storage unit 206, and the like through the interface module 111. In accordance with the status of receiving S-UCC production request data, the overall S-UCC production process will be controlled and managed.

At this time, the source avatar and the basic template image related information storage module 150 controlled by the S-UCC production control module 110 through the source avatar expression image storage unit 151, as shown in FIG. It plays a role of storing and managing a variety of source avatar expression images> and through source avatar attached content storage unit 152 and source avatar setting information storage unit 153. Body image such as body gestures, clothes, etc.), source avatar setting information (for example, representative facial expression image designation information of source avatar), and the like, and stably store and manage, and further, the basic template image information storage unit 154 In this case, the server stores and manages information related to the basic template image.

In a situation where such an infrastructure is provided, the FIU acquisition module 120 controlled by the S-UCC production control module 110 is connected to the S-UCC production request reception unit 210 through the interface module 111. While forming a communication relationship, for example, after acquiring the <FIU requested by the user> as shown in FIG. 6, a function of storing and managing the acquired FIU in the self information storage buffer 121 is performed.

In addition, the REU generation module 130 controlled by the S-UCC production control module 110 performs a function of the FIU acquisition module 120, and when the FIU is secured and stored in the previous information storage buffer 121, Contacting the source avatar expression image storage unit 151 and the source avatar setting information storage unit 154, and among the source avatar expression images stored in the source avatar expression image storage unit 151 (see FIG. 5), A representative facial expression image of the source avatar selected by the user as shown in FIG. 7 (in this case, the source avatar representative facial expression image means a source avatar expression image that can represent the facial expression images of the source avatar selected by the user). After extracting, the representative facial image of the source avatar is converted to match the FIU, and serves to generate a REU as shown in FIG.

In this case, as shown in FIG. 9, the REU generation module 130 includes a REU generation control unit 131 for overall control of the entire REU generation process, and a FIU loading unit 135 under the control system of the REU generation control unit 131. ), The source avatar representation image loading unit 134, the feature point designation guide unit 133, the REU generation engine 137, and the like are closely combined.

Here, when the FIU loading unit 135 controlled by the REU generation control unit 131 performs the function of the FIU acquisition module 120, the FIU is secured and stored in the previous information storage buffer 121 (FIG. 6). Reference), the information exchange unit 132 communicates with the FIU acquisition module 120 to acquire the FIU, and loads the acquired FIU into the processing buffer 136.

In addition, the source avatar representation facial image loading unit 134 controlled by the REU generation control unit 131 performs the function of the FIU loading unit 135, and when the loading procedure of the FIU is completed, the information exchange unit 132 By interfacing with the source avatar setting information storage unit 153, the source avatar representative expression image designation information (for example, information indicating what the source avatar representative expression image is) stored therein is exchanged for information. By means of the call, the source avatar expression image storage unit 151 is contacted, and among the source character expression images (see FIG. 5) stored therein, the representative expression image of the source avatar selected by the user is selectively extracted ( 7, the extracted source avatar representation facial expression image is loaded into the processing buffer 136 (of course, such a source avatar representation facial image loading is performed. Negative function may be performed before performing the function of the FIU loading unit described above).

Furthermore, the feature point designation guide unit 133 controlled by the REU generation control unit 131 extracts the FIU after the FIU is loaded into the processing buffer 136 by performing the function of the FIU loading unit 135. By passing the completed FIU to the S-UCC production control module 110 side, as shown in Figure 10, in the S-UCC production control module 110 side, to the main part of the FIU (eye, nose, human, etc.) It serves as a guide to easily specify various feature points.

및 대표 표정이미지(1)의 폴리곤메쉬(PS:Polygon mesh)를 이루는 버텍스(Vertex)들의 위치 예컨대,

사이의 차이 정도(예컨대, 두 위치가 얼 만큼 차이가 나는가 하는 정도)>를 획득하는 절차를 진행하게 된다. In the above-described process completion state of each computerized part, the REU generation engine 137 controlled by the REU generation control unit 131, as shown in FIG. 11, first of the feature points specified in the main part of the <FIU 2>. location. for example,

And positions of vertices constituting the polygon mesh (PS) of the representative facial expression image 1, for example,

The process of acquiring the degree of difference between the two positions (eg, how much the two positions differ) is performed.

와 대표 표정이미지(1)의 버텍스 위치

가 거의 차이가 없다>는 제한조건 하에, 두 위치의 차이를 분석 ·획득함으로써, 이후 진행될 REU 획득절차, EU 획득절차 등이 소스아바타 측 이미지들(소스아바타 대표 표정이미지, 소스아바타 표정이미지)의 변형을 최소화한 상태에서 좀더 신속하게 진행될 수 있도록 유도하게 된다. In this case, the REU generating engine 137 has constraints as shown in Equation 1 below, i.e., the location of the feature points assigned to the main parts of the <FIU (2)>.

And vertex positions of representative facial expression images (1)

The difference between the two positions is analyzed under the constraint that there is almost no difference>, so that the REU acquisition procedure and EU acquisition procedure, which will be carried out later, are performed on the source avatar images (source avatar representation facial images, source avatar expression images). This will lead to faster progress with minimal deformation.

는 FIU의 주요 부위에 지정된 k번째 특징점의 위치

는 소스아바타 대표 표정이미지의 폴리곤메쉬를 이루는 k번째 버텍스의 위치)(here,

Is the location of the kth feature point specified in the main part of the FIU.

Is the position of the kth vertex that forms the polygon mesh of the source avatar image.

및 대표 표정이미지(1)의 폴리곤메쉬를 이루는 버텍스들의 위치

사이의 차이 정도>가 획득되면, REU 생성엔진(137)은 이 차이 정도를 기초로, 아래의 <수학식 2>를 연산하여, 각 항목들의 합을 구하고, 이를 통해, REU(3)의 폴리곤메쉬(PN)를 이루게될 버텍스들의 위치, 예컨대,

를 추정하는 절차를 진행하게 된다. By the preceding procedure, the position of the feature point assigned to the main part of the FII (2)

And the positions of the vertices of the polygon mesh of the representative facial expression image (1)

When the degree of difference between> is obtained, the REU generating engine 137 calculates the sum of the items by calculating Equation 2 below based on the degree of difference, and thereby, the polygon of the REU (3). Location of vertices that will form the mesh PN, eg

Proceed with the procedure of estimating.

는 <수학식 2>에 제시된 바와 같이, 최소자승법(Least square method)을 통해, 추정되기 때문에, 본 발명의 구현환경 하에서, 소스아바타 측 대표 표정이미지(1)의 폴리곤메쉬(PS)를 이루는 버텍스들, 예컨대,

는 최소한의 변형범위 내에서, FIU(2)의 폴리곤메쉬(PT)를 이루는 버텍스들의 특성과 최적으로 유사해지는 전이패턴을 보이게 되며(즉, 두 버텍스들의 특성 오차가 최소화되게 되며), 결과적으로, 추후 진행되는 <소스아바타 측 대표 표정이미지(1)의 폴리곤메쉬(PS)를 이루는 버텍스들의 위치

를 REU(3)의 폴리곤메쉬(PN)를 이루게될 버텍스들의 위치

로 변환시키는 국면>에서, 소스아바타의 대표 표정이미지(1)는 자신의 변형율을 최소화 받으면서도, FIU(2)의 특징을 최적으로 반영한 REU(3)로 자연스럽게 최종 전이될 수 있게 된다.At this time, the positions of the vertices that will form the polygon mesh PN of the REU 3, for example,

Since is estimated by the least square method, as shown in Equation 2, under the implementation environment of the present invention, the vertex forming the polygon mesh (PS) of the source avatar image representative expression image (1) For example,

Shows a transition pattern that optimally resembles the characteristics of the vertices of the polygon mesh (PT) of the FIU (2) within the minimum deformation range (i.e., the characteristic error of the two vertices is minimized). Location of vertices that form the polygon mesh (PS) of the representative expression image (1)

Where vertices are to form the polygon mesh (PN) of REU (3)

In the aspect of converting, the representative facial image 1 of the source avatar can be naturally transferred to the REU 3 that optimally reflects the characteristics of the FIU 2 while minimizing its deformation rate.

는 REU의 폴리곤메쉬를 이루게될 I번째 버텍스의 위치,

는 소스아바타 측 대표 표정이미지의 폴리곤메쉬를 이루는 i번째 삼각형의 변환 매트릭스,

는

에 이웃하는 j번째 삼각형의 변환 매트릭스,

는

와 거의 동일한 이상적인 변환 매트릭스,

는 소스아바타 측 대표 표정이미지의 폴리곤메쉬를 이루는 i번째 버텍스의 위치,

는

에 가장 가깝게 대응되면서, FIU의 폴리곤메쉬를 이루는 i번째 버텍스의 위치, 매트릭스 norm

는 Frobenius norm)(here,

Is the position of the I-vertex that will form the polygon mesh of REU,

Is the transformation matrix of the i-th triangle that forms the polygon mesh of the source avatar image.

Is

The transformation matrix of the j-th triangle adjacent to,

Is

Ideal conversion matrix, which is almost the same as

Is the position of the i-vertex that forms the polygon mesh of the representative facial image of the source avatar.

Is

Matrix norm, the location of the i th vertex that corresponds to the polygon mesh of the FIU

Frobenius norm)

항목은

가

로 변환되어, REU(3)의 폴리곤메쉬(PN)를 본격적으로 형성하는 국면에서, 소스아바타 측 대표 표정이미지(1)의 폴리곤메쉬(PS)를 이루는 i번째 삼각형(P1)의 변환 매트릭스

가 자신과 이웃하는 j번째 삼각형(P2)의 변환 매트릭스

와 최 대한 유사한 값을 가진 상태로, 변환을 이룰 수 있도록

값을 추정하는 항목으로써(도 11 참조), 물론, 이러한 <소스아바타 측 폴리곤매쉬들의 이웃 간 변형 매트릭스 차이를 최소화시킨 조절항목>을 포함한 <수학식 2>의 연산에 의해

가 최종 추정되고,

가

로 변환되어, REU(3)의 폴리곤메쉬(PN)를 이루게되는 경우, 이 REU(3)는 서로 이웃 한 폴리곤메쉬(PN)들의 유사도 증가로 인해, 전체적으로, 매우 부드러운(Smooth) 최적의 형상을 유지할 수 있게 된다.In this case, the equation included in Equation 2 above

Item is

end

In the phase where the polygon mesh PN of the REU 3 is converted to the full scale, the transformation matrix of the i-th triangle P1 constituting the polygon mesh PS of the representative expression image 1 of the source avatar is formed.

Transformation matrix of j th triangle (P2)

With the most similar values to

As an item for estimating a value (see FIG. 11), of course, by the calculation of Equation 2 including the <control item that minimizes the difference in deformation matrix between neighbors of the source avatar polygon polygon meshes>.

Is the final estimate,

end

When converted to, to form the polygon mesh (PN) of the REU (3), this REU (3) is a very smooth optimum shape as a whole due to the increased similarity of the neighboring polygon mesh (PN) It can be maintained.

항목은

가

로 변환되어, REU(3)의 폴리곤메쉬(PN)를 본격적으로 형성하는 국면에서, 소스아바타 측 대표 표정이미지(1)의 폴리곤메쉬(PS)를 이루는 i번째 삼각형(P1)의 변환 매트릭스

가 자신과 거의 동일한 이상적인 변환 매트릭스

에 최대한 근접한 값을 가진 상태로, 변환을 이룰 수 있도록

값을 추정하는 항목으로써(도 11 참조), 물론, 이러한 <소스아바타 측 폴리곤매쉬들(PS)의 변형정도를 최소화시킨 조절항목>을 포함한 <수학식 2>의 연산에 의해

가 최종 추정되고,

가

로 변환되어, REU(3)의 폴리곤메쉬들(PN)을 이루게되는 경우, 소스아바타 측 대표 표정이미지(1)의 폴리곤메쉬(PS)를 이루는 버텍스들은 최소한의 변형범위 내에서도, FIU(2)의 특징을 최적으로 반영한 REU(3)를 자연스럽게 형성할 수 있게 된다. Also, it is included in Equation 2 above.

Item is

end

In the phase where the polygon mesh PN of the REU 3 is converted to the full scale, the transformation matrix of the i-th triangle P1 constituting the polygon mesh PS of the representative expression image 1 of the source avatar is formed.

Is an ideal transformation matrix that is almost identical to itself

With values as close as possible to

As an item for estimating a value (see FIG. 11), of course, by the calculation of Equation 2 including the <control item for minimizing the deformation degree of the source avatar polygon meshes PS>.

Is the final estimate,

end

When converted to, to form the polygon meshes (PN) of the REU (3), the vertices forming the polygon mesh (PS) of the source avatar representation image 1 is within the minimum deformation range of the FIU (2) It is possible to naturally form the REU 3 that optimally reflects the characteristics.

항목은

가

로 변환되어, REU(3)의 폴리곤메쉬(PN)를 본격적으로 형성하는 국면에서, 소스 아바타 측 대표 표정이미지(1)의 폴리곤메쉬(PS)를 이루는 i번째 버텍스의 위치

가 자신과 가장 가깝게 대응되면서, FIU(2)의 폴리곤메쉬(PT)를 이루는 i번째 버텍스의 위치

와의 차이를 가능한 한 최소화시킨 상태로, 변환을 이룰 수 있도록

값을 추정하는 항목으로써(도 11 참조), 물론, 이러한 <소스아바타 측 버텍스의 위치를 FIU(2) 측 버텍스의 위치에 최대한 근접시킨 조절항목>을 포함한 <수학식 2>의 연산에 의해

가 최종 추정되고,

가

로 변환되어, REU(3)의 폴리곤메쉬(PN)를 이루게되는 경우, 이 REU(3)는 전체적으로, FIU(2)의 특징에 가장 가까운 형상을 자연스럽게 이룰 수 있게 된다.Furthermore, the above equation (2)

Item is

end

The position of the i th vertex forming the polygon mesh PS of the representative avatar image 1 of the source avatar side in the phase where the polygon mesh PN of the REU 3 is formed in earnest after being converted to

Of the i th vertex, forming the polygon mesh (PT) of the FIU (2)

To make the transition as minimal as possible

As an item for estimating a value (see FIG. 11), of course, by the operation of <Equation 2> including the &quot; adjustment item in which the position of the source avatar side vertex is as close as possible to the position of the vertex of the FIU (2) side &quot;

Is the final estimate,

end

Is converted to form the polygon mesh PN of the REU 3, the REU 3 can naturally form the shape closest to the characteristics of the FIU 2 as a whole.

,

,

등은 해당 항목들의 가중치로써, REU 생성엔진(137) 상술한 <수학식 2>의 연산 국면에서, 각 항목들의 가중치들을 상황에 따라, 서로 다르게 설정 운영함으로써(예컨대,

를 0.01로 설정하고,

을 0.1로 설정하며,

를 0.2로 설정), 최종 완성되는 REU(3)가 좀더 효율적으로 FIU(2)에 매칭되는 형상을 갖출 수 있도록 유도하게 된다.In this case, each item of <Equation 2>

,

,

As the weight of the corresponding items, the REU generation engine 137 sets and manages the weights of the items differently according to the situation in the calculation phase of Equation 2 described above (eg,

Is set to 0.01,

Is set to 0.1,

Is set to 0.2), so that the final completed REU 3 can be more efficiently matched to the FIU 2.

Through the above procedure, when the REU 3 is generated, the REU generation control unit 131 communicates with the S-UCC production control module 110 via the information exchange unit 132, and the corresponding REU (3). ) Is induced to be stably stored and managed in the processing buffer 112 of the S-UCC production control module 110.

Meanwhile, the EU generation module 140 controlled by the S-UCC production control module 110 together with the above-described FIU acquisition module 120 and REU generation module 130 functions as the above-described REU generation module 130. When the REU 3 is completely stored in the processing buffer 112 of the S-UCC production control module 110 by performing, while communicating with the REU generation module 130, the source avatar expression image storage unit 151, etc. And converting the source avatar expression images (see FIG. 5) based on the conversion characteristics between the source avatar representative facial expression image 1 and the REU 3 to generate a plurality of EUs as shown in FIG. 12. Will be performed.

In this case, as shown in FIG. 13, the EU generation module 140 includes an EU generation control unit 141 which collectively controls the entire EU generation procedure, and a REU conversion characteristic acquisition unit under the control system of the EU generation control unit 141. 143, the source avatar expression image loading unit 144, the EU generation engine 146, and the like are closely combined.

가

로 변환되어, REU(3)의 폴리곤메쉬(PN)를 이루게될 때의 위치변환특성)을 취득하고, 그 취득결과 데이터를 프로세싱 버퍼(145) 내에 로딩·저장하는 역할을 수행하게 된다. Here, the REU conversion characteristic acquisition unit 143 controlled by the EU generation control unit 141 generates the REU 3 by the function of the REU generation module 130 and then, via the information exchange unit 142. , The position conversion characteristic when the representative facial expression image 1 of the source avatar is converted into the REU 3 by communicating with the REU generation module 130 and the processing buffer 112 of the S-UCC production control module 110. (for example,

end

Position conversion characteristic when the polygon mesh PN of the REU 3 is formed), and the acquisition result data is loaded and stored in the processing buffer 145.

In addition, the source avatar expression image loading unit 144 controlled by the EU generation control unit 141 performs the function of the REU conversion characteristic acquisition unit 143 so that the above-described position conversion characteristic data is loaded into the processing buffer 145. Upon completion, the source avatar expression image storage unit 151 communicates with the information exchange unit 142 to extract the source avatar expression images (see FIG. 5) stored therein, and the extracted source avatar expression is completed. The image is loaded into the processing buffer 145 (of course, the function of the source avatar expression image loading unit may be performed earlier than the function of the REU conversion characteristic acquisition unit described above).

가 REU(3)의 폴리곤메쉬(PN)를 이루는 버텍스들, 예컨대,

로 변환될 때의 위치변환특성을 파악한 후, 이 위치변환특성과 동일하게, 각 소스아바타 표정이미지들(4)의 폴리곤메쉬(PS)를 이루는 버텍스들, 예컨대,

의 위치를 신규 폴리곤메쉬(PNN)를 이루는

으로 변환시켜, REU(3)의 기본적인 안면특성을 가지면서, 소스아바타 표정이미지들(4)과 동일한 표정(우는 표정, 화난 표정, 놀라는 표정, 웃는 표정, 발음자막에 해당하는 입 모양 등을 짓고 있는 이미지들)을 유지하는 다수의 EU(5)를 생성하는 역할을 수행하게 된다(도 12 참조).In the process completion situation of each of the computer parts described above, the EU generation engine 146 controlled by the EU generation control unit 141 communicates with the processing buffer 145 to represent the source avatar side representative, as shown in FIG. 14. Vertices constituting the polygon mesh PS of the facial expression image 1, for example,

Vertices of the polygon mesh PN of the REU 3, for example,

After grasping the position conversion characteristic at the time of conversion, the vertices constituting the polygon mesh PS of each of the source avatar expression images 4, for example,

Position of the new polygon mesh (PNN)

To the same facial expression as the source avatar expression images (4 crying expressions, angry expressions, surprised expressions, smiley expressions, mouth shape corresponding to the pronunciation subtitles) while having the basic facial characteristics of REU (3). Serve to create a number of EUs 5 that hold the images being built (see FIG. 12).

Of course, under the framework of the present invention, as described above, the EU generation engine 146 performs the procedure of generating a plurality of EUs (when the representative facial expression image 1 of the source avatar is converted into the REU 3). Since the position conversion characteristic of &gt; is known in advance, it can be flexibly applied (used) to proceed, thereby generating a large number of EUs 5, thereby accelerating its processing speed to an optimal state.

Through the above procedure, when a plurality of EU (5) is generated, the EU generation control unit 141 communicates with the S-UCC production control module 110 via the information exchange unit 142, the corresponding EU Is induced to be stably stored and managed in the processing buffer 112 of the S-UCC manufacturing control module.

Meanwhile, when the above-described function of the EU generation module 140 is completed, the AU generation module 160 controlled by the S-UCC production control module 110 communicates with the source avatar content storage unit 152. By combining the EU 5 with the accessory content of the source avatar (eg, body images of gestures, clothes, etc. of the source avatar), the face shape of the source avatar is transferred to the FIU 2 as shown in FIG. 15. It will play a role in creating a newly replaced AU.

In this case, as shown in FIG. 16, the AU generation module 160 includes an AU generation control unit 161 which collectively controls the overall AU generation procedure, and an accessory content loading unit under the control system of the AU generation control unit 161 ( 163, the EU loading unit 164, the AU generating engine 166 and the like take a close combination.

At this time, the accessory content loading unit 163 controlled by the AU generation control unit 161 performs a function of the EU generation module 140 so that the EU 5 processes a processing buffer of the S-UCC production control module 110. When the storage is completed at 112, the communication unit 162 communicates with the source avatar attached content storage unit 152, and the attached contents of the source avatar stored therein (for example, gestures and costumes forming the source avatar). After extracting the (body image), the extracted sub-content is loaded into the processing buffer (165).

In addition, the EU loading unit 164 controlled by the AU generation control unit 161 performs a function of the EU generation module 140 so that the EU 5 processes the buffers of the S-UCC production control module 110. When the storage is completed at 112, the communication unit 162 communicates with each other, extracts the corresponding EU 5, and loads the extracted EU 5 into the processing buffer 165. (Of course, the function of the EU loading unit may be performed before the function of the accessory content loading unit described above).

In the procedure completion situation of each of the computer parts described above, the AU generation engine 166 controlled by the AU generation control unit 161 communicates with the processing buffer 165 and, as shown in FIG. 17, each source avatar The EU (5) is synthesized with the face (F) belonging to the body image (M: M1, M2, M3) of the source, and the face (F) shape of the source avatar is replaced with the EU (5) pattern. It will play a role of generating (see Fig. 15).

Through the above procedure, when the AU 7 is generated, the AU generation control unit 161 communicates with the S-UCC production control module 110 via the information exchange unit 162, and the corresponding AU 7 ) Is induced to be stably stored and managed in the processing buffer 112 of the S-UCC production control module 110.

On the other hand, through the video production pipeline of the present invention as described above, the S-UCC production control module at a similar time point that the face shape of the source avatar is newly replaced with the FIU 2 pattern is secured. The SU loading module 181 controlled by the 110 (see FIG. 4) forms a series of communication relationships with the S-UCC production request receiving unit 210 via the interface module 111, and is shown in FIG. 18. As described above, after acquiring < SU (503 (e.g., user side voice / background sound / effect sound data, etc.) requested by the user) >, the acquired SU 503 is stored in the S-UCC production control module 112 side information storage buffer. The storage management is performed at 112 (of course, the temporary storage of the SU 503 may be variously modified depending on the situation).

In addition, the IU loading module 182 (see FIG. 4) controlled by the S-UCC manufacturing control module 110 has a series of communication relationships with the S-UCC manufacturing request receiving unit 210 via the interface module 111. While forming, as shown in Fig. 18, after acquiring <IU 502 requested by the user>, the acquired IU 502 (e.g., user-side character data / signal data / image data / table data, etc.) ) Is stored and managed in the information storage buffer 112 of the S-UCC production control module 112 (of course, the temporary storage location of the IU 502 may also be modified in various ways depending on the situation). ).

Also, the LU loading module 184 (see FIG. 4) controlled by the S-UCC production control module 110 communicates with the S-UCC production request reception unit 210 via the interface module 111. While forming the relationship, as shown in FIG. 18, after acquiring <LU 504 requested by the user>, the acquired LU 504 (for example, the user's registration site and the AU, IU, etc. are connected online). Link data such as URL) to the S-UCC production control module 112 side information storage buffer 112 to manage the storage (of course, such a temporary storage place of LU 504, depending on the situation Various variations can be made).

Furthermore, the basic template image loading module 183 controlled by the S-UCC production control module 110 forms a series of communication relationships with the source avatar and the basic template image related information storage module 150, and FIG. As shown in Fig. 3, a basic template image 501 selected by the user (e.g., providing a basic background frame, while the AU 7, SU 503, IU 502, LU 504, etc., After acquiring images executed on each layer)>, the basic template image 501 is stored and managed in the information storage buffer 112 of the S-UCC production control module 112 (of course, The temporary storage location of the basic template image 501 may also be variously modified depending on circumstances.

In this way, when the AU, SU, IU, LU, basic template image, etc. selected by the user are completed and stored in the information storage buffer 112 of the S-UCC production control module 112, the S-UCC production control module 110 The S-UCC generation module 190, which is controlled by the < RTI ID = 0.0 > After extracting the IU 502, the LU 504, the basic template image 501, and the like, and referring to the above-described S-UCC production request data, as shown in FIG. 18, the <AU generation module 160 is provided. Uploading the AU 7 generated by the image layer 501a of the basic template image 501>, <Su 503 loaded by the SU loading module 181 to the voice of the basic template image 501 Procedure for uploading to layer 501c>, <Procedure for uploading IU 502 loaded by IU loading module 182 to subtitle layer 501b of basic template image 501>, <LU loading module 184 ) After uploading the unloaded LU 504 to the image layer 501a of the basic template image 501 or the audio layer 501c of the basic template image 501, the LU 504 and the AU 7 are uploaded. ), Or linking the LU 504 and the IU 502>, and so on, the AU 7, the SU 503, the IU 502, the LU 504, etc. The S-UCC 8 having a structure coupled to the image / audio / subtitle layers 501a, 501c, and 501b of the template image 501 is generated.

Through the above-described procedure, when the generation of the S-UCC (8) is completed, the S-UCC output module 170 controlled by the S-UCC production control module 110 via the interface module 111, S -By communicating with the UCC storage unit 206 and transferring the corresponding S-UCC 7 to the S-UCC storage unit 240 side, the S-UCC 7 is stored in the S-UCC storage unit 206. Guide to stable storage management.

On the other hand, through the above-described procedure, in the situation that the production of the S-UCC (8) is completed, the S-UCC storage unit 206 controlled by the S-UCC providing management server 201 is the above-described S-UCC production unit Forming a series of signal connections with the (100) side, as shown in FIG. 19, after receiving the S-UCC 8 produced by the S-UCC manufacturing unit 100, the received S-UCC is completed. The system 200 classifies and stores the system according to a predetermined classification standard (for example, user ID standard) by the system 200 to store and manage the system systematically.

As such, in the situation where the S-UCC 8 produced by the S-UCC production unit 100 is stably stored and managed by performing the function of the S-UCC storage unit 206, the S-UCC providing management server ( The S-UCC providing unit 220 controlled by 201) maps and sends the S-UCC 8 to the UCC operating system 300, and the S-UCC is registered in the UCC operating system 300. It serves to induce storage management in the user side account K (see FIG. 19).

At this time, as shown in FIG. 20, the S-UCC providing unit 220 includes an S-UCC providing control module 221 which collectively controls the overall S-UCC providing procedure, and such an S-UCC providing control module 221. The S-UCC collection module 223, the user information loading module 224, the S-UCC sending data generation module 227, the S-UCC sending module 226, and the like under the control of Get drunk.

At this time, the S-UCC collection module 223 controlled by the S-UCC providing control module 221 selectively communicates with the S-UCC storage unit 206 via the interface module 222, and each S After extracting the UCC 8, the header, individual frame, and the like of the extracted S-UCC 8 are checked to individually identify identification data corresponding to each S-UCC 8 (e.g., the title of the S-UCC, S). -User ID, etc. that produced the UCC) and securely collects and stores the secured S-UCC identification data and S-UCC actual image data in the processing buffer 225.

In addition, the user information loading module 224 controlled by the S-UCC providing control module 221 establishes a series of signal connection relationships with the operation information storage unit 204 (see FIG. 1) via the interface module 222. While forming, extracting user information corresponding to the S-UCC stored therein, for example, account information in the user-side system 300, and then stably loading and storing the extracted user information in the processing buffer 225. (Of course, depending on the situation, the above-described acquisition of the user information can be made in various modifications in addition to the above operation information storage unit 204).

In this way, when the identification data of the S-UCC and the actual data of the S-UCC, and the account information in the user-side system 300 are stored in the processing buffer 225, the S-UCC providing control module 221 is completed. The S-UCC transmission data generation module 227 controlled by the controller accesses the processing buffer 225 to generate identification data of the S-UCC stored therein (eg, a title of the S-UCC and a S-UCC). User ID, etc.), S-UCC actual data, account information in the user-side system 300, and the like, are combined to generate a series of S-UCC sending data, and the generated S-UCC sending data is S-UCC. It serves to deliver to the UCC sending module 226 side.

When the S-UCC sending data is completed by the function of the S-UCC sending data generating module 227, the S-UCC sending module 226 controlled by the S-UCC providing control module 221 is interfaced. The S-UCC generated by the S-UCC transmission data generation module 227 by communicating with the S-UCC reception management module 302 on the side of the UCC operating system 300 (see FIG. 1) via the module 222. It transmits the transmission data to the UCC operating system 300 side.

Of course, under the role of the S-UCC sending module 226, if the S-UCC sending data is delivered, the S-UCC receiving management module 302 of the UCC operating system 300 side immediately, S-UCC sending After analyzing the data, the title of the S-UCC, the user ID that produced the S-UCC 8, and the account information in the user-side system 300 are read and determined, and then the S-UCC 8 is operated. The S-UCC 8 undergoes a procedure of stably storing and managing the user side account K registered in the UCC operating system 300.

In this way, in the situation where the S-UCC 8 is stably stored and managed in the user side account K, the UCC operating system 300 side controls the computer modules belonging to its own, According to the connection situation of the system 300, the S-UCC 8 as shown in FIG. 21 is outputted and operated through a web page (G: shown in FIG. 19), and finally, under such a situation, the public (user) It is possible to consume the S-UCC (8) interestingly reflecting the user's options (designated).

Of course, under such an implementation environment of the present invention, the user side can easily proceed with the UCC distribution procedure that reflects their needs flexibly even in a state of minimizing the cost, time, etc. required for the production of UCC, and eventually, UCC utilization can be maximized to an optimal state.

On the other hand, in the situation that the S-UCC (8) produced by the S-UCC production unit 100 is stably stored and managed by performing the function of the above-described S-UCC storage unit 206, S-UCC provision management The S-UCC distribution unit 230 (refer to FIG. 1) controlled by the server 201 generates S-UCC index data corresponding to the S-UCC 8 and generates the S-UCC index data through the guide page 403 (refer to FIG. 2C). In operation of publishing, when the S-UCC distribution request data corresponding to the S-UCC index data is transmitted from the general client 14 accessing the guide page 403, as shown in FIG. 22, the S-UCC storage unit. The S-UCC 8 stored at 206 is extracted, and the S-UCC 8 is sent to the general client 14 side.

In this case, as shown in FIG. 23, the S-UCC distribution unit 230 includes an S-UCC distribution control module 231 for overall control of the overall S-UCC distribution procedure, and the S-UCC distribution control module 231. S-UCC index data generation module 234, S-UCC index data posting module 233, S-UCC distribution request reception module 236, S-UCC distribution module 240, S-UCC The distribution statistics module 239, the S-UCC distribution statistics notification module 238, the S-UCC distribution history storage module 241, and the like take a close combination.

Here, the S-UCC index data generation module 234 controlled by the S-UCC distribution control module 231 establishes a series of signal connection relationships with the S-UCC storage unit 206 through the interface module 232. While forming, it selectively communicates with the S-UCC storage unit 206, extracts each S-UCC 8, checks the headers, individual frames, etc. of the extracted S-UCC 8, and checks each S-UCC. S-UCC index data corresponding to the UCC 8 (e.g., data indicating the image, title, running time of the S-UCC, the user ID which produced the S-UCC, etc., briefly) is generated, and the generated S-UCC is generated. The UCC index data is classified according to a predetermined classification standard (eg, by user ID, title of S-UCC, etc.) by the system 200, and stably stored and managed in the S-UCC index data storage module 235. It will play a role.

In this way, in the situation where the S-UCC index data corresponding to each S-UCC 8 is completed in the S-UCC index data storage module 235, S controlled by the S-UCC distribution control module 231. The UCC index data posting module 233 forms a series of signal connection relationships with the guide page operating unit 203 via the interface module 232, and according to the situation, S-UCC distribution request procedure to be described later as a public person), access the S-UCC providing management server 201 via the public client 14, surfing the guide pages (401, 402, 403), S When the menu related to viewing of the UCC 8 is selected, communication with the S-UCC index storage module 235 is performed to extract the S-UCC index data stored therein, and then the interface module 232 is connected. By way of communication, the guide page operating unit 203 is communicated with. W, and performs a role of delivering S-UCC index data is complete extraction guide page toward the operation unit 203.

Of course, under the role of the S-UCC index data posting module 233, when the S-UCC index data is delivered, the guide page operation unit 203 is transmitted to the general client 14 side guide page 403 In this case, the S-UCC index data is inserted (see FIGS. 2C and 22). In the end, in such an insertion and description situation of the S-UCC index data, the public side posted on the guide page 403. By operating the menu, you can easily proceed to <Procedure to select S-UCC which you want to send>.

In this way, in the situation where S-UCC index data is inserted and written in the guide page 403, a general user surfing this decides < S-UCC which he / she wants to send &quot; If the S-UCC distribution request data corresponding to the S-UCC index data is transmitted from the general client 14 accessing the guide page 403 by selecting the item associated with the guide page 403, the S-UCC distribution control module 231 is transmitted. The S-UCC distribution request reception module 236 controlled by the controller immediately stores the received S-UCC distribution request data in the processing buffer 237 immediately after receiving it through the interface module 232. Will be performed.

In this way, when the S-UCC distribution request data of the general client 14 side is stably stored in the processing buffer 237, the S-UCC distribution module 240 controlled by the S-UCC distribution control module 231 is controlled. Immediately, communication with the processing buffer 237 is performed to read the description of the S-UCC distribution request data, and then the communication with the S-UCC storage unit 206 via the interface module 232 is performed and stored therein. Among the S-UCCs 8, the specific S-UCC 8 corresponding to <S-UCC index data selected by the public> is extracted, and the extracted S-UCC 8 is extracted from the general client 14 The procedure for sending and distributing to the side is carried out (see FIG. 22). In the end, under such circumstances, the public side uses the S-UCC (8) reflecting the individual characteristics of a specific user as shown in FIG. Interestingly secured / viewed.

Naturally, even under such an implementation environment of the present invention, the user side can easily proceed with the UCC distribution procedure in which his needs are flexibly reflected even in a state of minimizing the cost, time, etc. required for UCC production. UCC utilization of the system can be maximized to an optimal state.

On the other hand, as described above, the S-UCC distribution in the situation that the <S-UCC distribution service for the general public (including each user)> is implemented by performing the function of the S-UCC distribution module 230. The S-UCC distribution history statistics module 239 controlled by the control module 231 communicates with the S-UCC distribution module 240, and the distribution history corresponding to each S-UCC 8 (eg, transmission history). ), And then periodically collect the corresponding S-UCC distribution statistics (e.g., the S-UCC that received the most requests, the statistical results that the S-UCC received the most requests, and the S that received the most recommendations). -UCC calculates a statistical result, etc.), and performs the role of stably storing and managing the calculated S-UCC distribution history statistical result in the S-UCC distribution history storage module 241.

In this situation, the S-UCC distribution statistics notification module 238 controlled by the S-UCC distribution control module 231 takes a series of communication with the S-UCC distribution history storage module 241, and thus, the S-UCC distribution statistics module. After the S-UCC distribution history statistical results calculated by the statistical module 239 are periodically extracted (hourly, daily, weekly, etc.), the extracted S-UCC distribution history statistical results are provided by the S-UCC management server ( 201) will be delivered to the side.

Of course, if the S-UCC distribution history statistics results under the role of the S-UCC distribution history statistics notification module 238 is delivered and received, the S-UCC provision management server 201 side, the S-UCC distribution history statistics Based on the results, it is possible to flexibly take various actions that meet the user's needs.

For example, the S-UCC providing management server 201 side can take the action of informing the user side of the S-UCC distribution history statistical result via means such as e-mail. Of course, in this situation, on the user side, <the advantage of easily knowing how popular the UCC is in public>, <the self can grasp the public's reaction to the UCC, and can more efficiently proceed with the update procedure of the UCC. Advantage> can be enjoyed widely.

At this time, the S-UCC distribution history storage module 241 controlled by the S-UCC distribution control module 231, in the information storage area of the <S-UCC distribution history>, <S-UCC distribution history statistics By stably storing and managing various S-UCC distribution-related details such as the result data>, the system 200 effectively secures the base data for the S-UCC production / providing service so that it can be flexibly utilized later. To help.

While specific embodiments of the invention have been described and illustrated above, it will be apparent that the invention may be embodied in various modifications by those skilled in the art.

Such modified embodiments should not be understood individually from the technical spirit or point of view of the present invention and such modified embodiments should fall within the scope of the appended claims of the present invention.

1 is an exemplary diagram conceptually showing the detailed configuration of the S-UCC providing system reflecting the user-specific data according to the present invention.

2A to 2C are exemplary views conceptually showing a publication form of a guide page according to the present invention.

Figure 3 is an exemplary diagram conceptually showing the detailed configuration of the S-UCC production request receiving unit according to the present invention.

Figure 4 is an exemplary diagram conceptually showing the overall configuration of the S-UCC manufacturing unit according to the present invention.

5 is an exemplary view conceptually showing a storage state of source avatar expression images according to the present invention;

6 conceptually illustrates a FIU in accordance with the present invention;

7 is an exemplary view conceptually showing a source avatar representation image in accordance with the present invention.

8 conceptually illustrates a REU in accordance with the present invention;

9 is an exemplary diagram conceptually showing a detailed configuration of a REU generation module according to the present invention.

10 is an exemplary diagram conceptually showing a function execution result of a feature point designation guide unit included in a REU generation module according to the present invention;

11 is an exemplary view conceptually showing the function performance of the REU generation engine belonging to the REU generation module according to the present invention.

12 conceptually illustrates the EU according to the invention.

13 is an exemplary view conceptually showing a detailed configuration of an EU generation module according to the present invention.

14 is an exemplary diagram conceptually illustrating the function performance of an EU generation engine belonging to an EU generation module according to the present invention.

15 conceptually illustrates an AU in accordance with the present invention.

16 is an exemplary diagram conceptually showing a detailed configuration of an AU generation module according to the present invention.

17 is an exemplary diagram conceptually illustrating the function performance of an AU generation engine belonging to the AU generation module according to the present invention.

18 is an exemplary view conceptually showing the function performance of the S-UCC generation module according to the present invention.

19, 21, and 22 are conceptual diagrams conceptually showing the consumption pattern of the S-UCC according to the present invention.

20 is an exemplary diagram conceptually showing a detailed configuration of an S-UCC providing module according to the present invention.

Figure 23 is an illustration conceptually showing the detailed configuration of the S-UCC distribution module according to the present invention.

Claims (6)

Optionally, the user is connected to the online network and the User Created Contents (UCC) operating system. The user-defined facial image (FIU) is transmitted from the user client while storing and managing basic template images and source avatar information. the Face Image which the User designates), the Sound data which the User designates (SU), the Indication data which the User designates (IU), and the User-Defined Link Data (LU: the Link) S-UCC, which collectively controls the online distribution process of S-UCC and the production of Specialized User Created Contents (S-UCC) reflecting the FIU, SU, IU, and LU according to data which the User designates A providing management server; Controlled by the S-UCC providing management server, in response to the user client side request, while operating a guide page for accepting the production request of the S-UCC, transmitted from the user client side via the guide page S-UCC production request receiving unit for processing the FIU, SU, IU, and LU to be received; The avatar controlled by the S-UCC providing management server converts the face of the source avatar to match the FIU, thereby generating user avatars (AUs), and generating the generated AUs. An S-UCC production unit for combining the basic template image with SU, IU, and LU to produce S-UCC; When the production of the S-UCC is completed by the S-UCC providing management server, and the production of the S-UCC is completed by the S-UCC production unit, the S-UCC is mapped and sent to the UCC operating system and the corresponding S-UCC is supplied. An S-UCC providing unit for allowing UCC to be stored and managed in a user side account registered in the UCC operating system; It is controlled by the S-UCC providing management server, and generates the S-UCC index data corresponding to the S-UCC, and publish it through the S-UCC distribution guide page, and from the general client accessing the guide page When the S-UCC distribution request data corresponding to the S-UCC index data is transmitted, the user characterized in that it comprises a S-UCC distribution unit for extracting and sending the S-UCC to the general client side S-UCC providing system reflecting designated data. According to claim 1, wherein the S-UCC production request receiving unit comprises: an S-UCC production request reception control module which controls the reception procedure of the FIU, SU, IU, LU and the generation procedure of the S-UCC production request data; Controlled by the S-UCC production request reception control module, in response to the user page request, the guide page is posted to the user client, extracting the selection guide information associated with the source avatar and the basic template image A S-UCC production basic content selection guide information providing module for outputting the extracted source avatar and basic template image selection guide information to the user client through the guide page; When the FIU, SU, IU, LU and user request data corresponding to the source avatar and basic template image selection guide information are controlled by the S-UCC production request reception control module, the FIU is transmitted. A user request information receiving module for receiving, processing the SU, IU, LU, and user request data; Controlled by the S-UCC production request reception control module, by combining the FIU, SU, IU, LU and user request data received by the user request information reception module, to generate and generate S-UCC production request data And S-UCC production request data generation / output module for outputting and delivering the completed S-UCC production request data to the S-UCC production unit. According to claim 1, wherein the S-UCC manufacturing unit and the S-UCC manufacturing control module for controlling the overall S-UCC manufacturing process; Controlled by the S-UCC production control module, converts the representative facial expression image of the source avatar to match the FIU, to convert the representative expression image (REU: Representative Expression image for User design avatar) A REU generation module for generating; Controlled by the S-UCC production control module, based on the conversion characteristics between the representative facial expression image of the source avatar and the REU, by converting the facial expression image of the source avatar, a plurality of user-defined avatar images (EU An EU generation module for generating an expression image for user design avatar; An AU generation module controlled by the S-UCC manufacturing control module, for combining the EU with the accessory content of the source avatar to generate an AU in which the face shape of the source avatar is newly replaced with the FIU pattern; A SU loading module controlled by the S-UCC production control module and communicating with the S-UCC production request reception unit to load the SU; An IU loading module controlled by the S-UCC production control module and communicating with the S-UCC production request reception unit to load the IU; An LU loading module controlled by the S-UCC production control module, which communicates with the S-UCC receiving unit and loads the LU; The AU generated by the AU generating module, the SU loaded by the SU loading module, and the IU loading module are controlled by the S-UCC production control module and refer to the S-UCC production request data. User-defined data, comprising: an S-UCC generation module for generating the S-UCC by combining the loaded IU and the LU loaded by the LU loading module with the video / audio / caption layer of the basic template image S-UCC providing system reflected. The system of claim 1, wherein the S-UCC distribution unit comprises: an S-UCC distribution control module configured to collectively control the overall S-UCC distribution procedure; An S-UCC index data generation module controlled by the S-UCC distribution control module, generating S-UCC index data corresponding to the S-UCC and storing and managing the generated S-UCC index data; The S-UCC distribution control module controls the S-UCC index data generation module while extracting the S-UCC index data according to the guide page access situation by the general client while communicating with the S-UCC index data generation module. Inserting S-UCC index data into a part of the guide page to publish and operate the S-UCC index data posting module; Controlled by the S-UCC distribution control module, by performing the function of the S-UCC index data publishing module, in the situation that the S-UCC index data is operated through the guide page, the general person accessing the guide page When the S-UCC distribution request data corresponding to the S-UCC index data is transmitted from the client, after extracting the S-UCC corresponding to the S-UCC index data, the extracted S-UCC is sent to the general client. S-UCC providing system reflecting the user-specified data, characterized in that it comprises a S-UCC distribution module for distribution. 5. The distribution system according to claim 4, wherein the S-UCC distribution unit is controlled by the S-UCC distribution control module, and communicates with the S-UCC distribution module to periodically collect distribution details corresponding to each S-UCC. Afterwards, S-UCC distribution system reflecting the user-specific data characterized in that it further comprises a S-UCC distribution history statistics module for calculating the S-UCC distribution statistics results corresponding to the collection. The system of claim 1, wherein the S-UCC providing unit comprises: an S-UCC providing control module which collectively controls the overall S-UCC providing procedure; An S-UCC collection module controlled by the S-UCC providing control module, which communicates with the S-UCC production unit and collects and stores the S-UCC produced by the S-UCC production unit; A user information loading module which is controlled by the S-UCC providing control module, communicates with the S-UCC providing management server, and loads and stores user side information registered in the UCC operating system; The S-UCC and the corresponding S-UCC are controlled by the S-UCC providing control module, and when the user-related information and the S-UCC are loaded / collected by the user information loading module and the S-UCC collecting module. An S-UCC transmission data generation module for generating S-UCC transmission data by combining user information corresponding to the UCC; When the S-UCC transmission data is controlled by the S-UCC providing control module and the S-UCC transmission data is generated by the S-UCC transmission data generation module, the corresponding S-UCC transmission data is mapped and transmitted to the UCC operating system. And an S-UCC sending module for allowing the corresponding S-UCC to be stored and managed within a user's account registered in the UCC operating system.

Images