KR20130134616A - Server for adaptively transforming social media contents and method thereof - Google Patents

Abstract

The present invention, in a method for adaptive converting of social media content, adaptively converts content to be suitable for a device to make it available in a device with a web browser by using responsive web principle to overcome the limit in adaptability of content provided based on various operating system platforms. In adaptive converting of content, the present invention allows not only conversion of multimedia content but also conversion of control and events of content suitable according to variable such as user's interaction capability and each device's characteristics so that a platform can more systematically convert content for various types of devices.

Description

SERVER FOR ADAPTIVELY TRANSFORMING SOCIAL MEDIA CONTENTS AND METHOD THEREOF}

The present invention relates to the adaptive conversion of content, and in particular, uses the concept of a responsive web to overcome the limitations on the adaptability of content provided on various operating system platforms. By converting the content adaptively to the device so that it can be used in a device with a web browser, in the adaptive conversion of the content, not only the multimedia content but also the content The platform allows the platform to convert content to different types of devices by appropriately converting them according to variables such as the user's interaction ability and the characteristics of each device. Adaptive conversion server for adaptive conversion of social media content that can be systematically performed It relates to a method.

Recently, development of various electronic devices such as smart phones, smart pads and smart TVs, and expansion of various content markets have been made. Through this, various electronic devices meet various contents, and users can use the same contents using various devices.

Accordingly, N-Screen, which is attracting attention, provides one content through multiple screens, thereby enabling one content to be used in a device equipped with the same operating system. When the N-screen is used, the user can continue to be provided even if the device is changed with respect to the provided content such as using a mobile device that has a mobile device when he or she needs to move the TV at home.

In addition, there is a method of providing the same contents in other operating system platforms by creating and distributing applications for each platform even in other operating system platforms. In addition, there is a method of providing a web browser-based content by converting the layout for each device and providing the content to all devices with a web browser. By using these methods, various devices and various contents are combined to provide a single content in various ways.

However, with the concept of N-screen, the range of content that can be used continuously in various devices is focused on multimedia content output conversion and layout conversion according to the resolution of the device. As a result, if content is created to be suitable for each operating system platform by providing a variety of contents that are not limited to media contents, the effort and cost of creating the respective content for each operating system platform is accompanied. If it is new, there is a difficulty in developing it for the operating system platform.

On the other hand, if the method of providing the content by converting the layout according to the size of the user's web browser does not need to convert the content multiple times. However, since the transformation of web content is being transformed in design elements such as layout, there is a lack in the transformation of active contents with interactive interactions that are evolving. In addition, even in the flow of the combination of various devices and various contents, there are gaps in the user's access as there are alienated devices such as general mobile phones.

As described above, the methods for enabling one content to be used for various devices are different, and there are limitations of the methods, and a lot of time and effort are required to provide one content to various devices. Therefore, there is a need for a framework that can overcome the limitations of a specific operating system platform, device, and content and adapt it to each variable according to the user's situation and the nature of the content.

Republic of Korea Patent No. 10-1136686 Date of registration April 06, 2012 discloses a technology for a media delivery method, system and device.

Accordingly, the present invention uses the concept of responsive web to adaptively convert the content to the device in order to overcome the limitation of the adaptability of the content provided based on various operating system platforms to be used in the device with a web browser In the adaptive transformation of contents, not only multimedia contents but also various kinds of platforms by appropriately transforming the controls and events belonging to the contents according to the user's interaction ability and the characteristics of each device. The present invention provides an adaptive conversion server, system, and method for adaptive conversion of social media content that can more systematically perform content conversion for a device.

In addition, the present invention overcomes the limitations of a particular operating system platform, device, and content, and allows adaptive conversion to be performed for each variable according to the user's situation and the nature of the content.

That is, in the present invention, not only the conversion of multimedia content, but also appropriately converted according to the user's interaction ability, the characteristics of each device, the user's disposition, and the like for the controls, events, etc. belonging to the content, and are used in various devices for this purpose. It can be applied to social network service (SNS) contents that are actively interacting.

In addition, in the present invention, in order to overcome the limitation of the content provided based on each operating system platform, it is possible to provide content in a device with a web browser using the concept of responsive web. In addition to the simple conversion of multimedia content, the control and events belonging to the content are appropriately converted according to variables such as the user's interaction ability and the characteristics of each device. To this end, it uses social network service contents that are being used in various devices and actively interacts with each other, and provides web contents by converting them to general mobile phones so that they can be used in general mobile phones that are alienated in terms of providing contents.

In addition, the present invention proposes a systematic adaptive conversion framework that can convert existing content to a corresponding device even if several types of devices are additionally developed by making these methods into one framework, and at the same time, users' devices The organization of the content can be systematically transformed according to the user's experience and interaction degree.

The above-described present invention is an adaptive conversion server for social media content, comprising: a profile mapping manager for mapping input information of a user device and profile information stored in a profile DB, and a social activity for mapping social content and social activity information for the user device. And a mapping manager, and an adaptive conversion manager for adaptively converting the social content based on the mapped profile information, social content, and social activity information and providing the same to the user device.

The adaptive transformation manager may perform layout adaptive transformation, interaction adaptive transformation, and content adaptive transformation on the social content.

In addition, the layout adaptation transformation is characterized in that the layout of the screen of the social content is changed in accordance with the user device by using information on the screen size of the user device.

The adaptive conversion manager may determine the resolution of the social content by referring to graphic performance information of the user device after changing the layout.

The interaction adaptation transformation may be configured to determine a navigation method for the social content by referring to the interaction information of the user device, and to determine a display method and a resolution of the social content according to a network connected to the user device. do.

The content adaptation transformation may be performed by combining an XML file generated from the layout adaptation transformation information and the interaction adaptation transformation information with the social content to generate adaptive transformation content.

The profile DB may include a device profile DB, a network profile DB, an interaction profile DB, a social activity profile DB, or a user profile DB.

The device profile DB may include ID, model name, graphic performance, screen size, interaction capability, or network type information for the user device.

In addition, the network profile DB, characterized by including the ID and network type information to distinguish the profile.

In addition, the interaction profile DB, the ID to distinguish the profile, operation UI control (writing UI), writing (writing), chat (chatting), searching and view (searching and view) or information receiving and checking (receiving and checking) Information).

In addition, the social activity profile DB, characterized in that it comprises an ID, social content type or social activity type information to distinguish the profile.

In addition, the user profile DB, characterized by including the ID to distinguish the profile (proficiency of SNS), the ability of navigation (proficiency of navigation), role (role) or network preference (network preference) information.

The user device may be any one of a smart TV, a PC, a smart pad, a smart phone, and a general mobile phone.

The present invention also provides an adaptive conversion method of social media content, comprising: mapping input information of a user device with profile information stored in a profile DB in a profile mapping manager, and social content and social for the user device in a social activity mapping manager; Mapping activity information, and adaptively converting the social content based on the mapped profile information, social content, and social activity information in an adaptive conversion manager.

In addition, the adaptive conversion of the social content may include adaptively converting the layout of the social content with reference to the screen size of the user device and navigating the social content with reference to the interaction information of the user device. And adaptively converting the interaction by determining a display method and a resolution, and generating the social content as the adaptive converted content based on the information about the adaptively converted layout and the interaction. It is done.

The profile DB may include a device profile DB, a network profile DB, an interaction profile DB, a social activity profile DB, or a user profile DB.

The device profile DB may include ID, model name, graphic performance, screen size, interaction capability, or network type information for the user device.

In addition, the network profile DB, characterized by including the ID and network type information to distinguish the profile.

In addition, the interaction profile DB is characterized by including the ID to distinguish the profile, operation UI control, writing, chat, search and view or information reception and confirmation information.

In addition, the social activity profile DB, characterized in that it comprises an ID, social content type or social activity type information to distinguish the profile.

In addition, the user profile DB, characterized in that it includes the ID and proficiency to distinguish the profile, the ability to find the route, role or network preference information.

The present invention provides a method for adaptive transformation of social media content, by using the concept of the responsive web to adapt the content adaptively to the device to overcome the limitation on the adaptability of the content provided based on various operating system platforms It can be used in a device with a web browser to convert the content, and not only to convert multimedia content but also to variables such as the user's interaction ability and the characteristics of each device for the controls and events belonging to the content. As a result, the platform can perform the conversion of content more systematically for different types of devices.

1 is a detailed block diagram of an adaptive conversion server for social media content according to an embodiment of the present invention;
2 is a detailed configuration diagram of a profile DB according to an embodiment of the present invention;
3 to 7 are detailed configuration diagrams stored in each profile DB in the profile DB according to an embodiment of the present invention;
8 is a signal processing flowchart for adaptively transforming social media content according to an embodiment of the present invention;
9 is an exemplary diagram of original content to be subjected to adaptive transformation according to an embodiment of the present invention;
10 is a diagram illustrating generation of adaptive converted content generated by combining an XML file and original content according to an embodiment of the present invention;
11 to 16 are exemplary screen diagrams of social media content adapted and adapted for each device according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the operating principle of the present invention. In the following description of the present invention, if it is determined that a detailed description of a known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. The following terms are defined in consideration of the functions of the present invention, and may be changed according to the intentions or customs of the user, the operator, and the like. Therefore, the definition should be based on the contents throughout this specification.

1 is a block diagram illustrating a detailed block configuration of an adaptation server 104 of social media content according to an embodiment of the present invention, which includes a profile mapping manager 106 and a social activity mapping manager. social activity mapping manager 108, adaptation manager 110, profile management application 120, profile DB 130, and the like.

That is, the adaptive transformation server 104 of the present invention performs adaptive transformation corresponding to various devices targeting social media contents. Accordingly, through the adaptive conversion operation of the content, it is possible for the users to be appropriately provided with the various content converted according to the interaction and the user's inclination according to the characteristics of various devices, networks, and social media content. .

Hereinafter, the operation of each component of the adaptive conversion server 104 of the present invention will be described in detail with reference to FIG.

First, the profile mapping manager 106 is a process performed first in the adaptive conversion server 104, and includes device information, network information, interaction information, and social activity information. When input information 100 such as (social activity info) and user information (user info) is received, a mapping operation is performed with the profile DB 130 to provide the mapped information to the social activity mapping manager 108.

 The social activity mapping manager 108 performs matching on social activities and social content. That is, the social activity mapping manager 108 maps the social content type and the social activity type mapped in the profile mapping manager 106. At this time, in the social activity mapping process, the content structure of the interaction according to the mapped social content type and the social activity type is made.

The adaptation transformation manager 110 interacts with the layout adaptation 112 for the corresponding social content that needs to be adapted based on the information mapped by the profile mapping manager 106 and the social activity mapping manager 108. By performing the adaptation transformation (114), and finally the contents adaptation (116), the adapted SNS 118 corresponding to the input information 100 of the user is converted. To the device 102.

At this time, the XML file is formed after the layout conversion operation and the interaction conversion operation for the converted content, and the XML file formed as described above is combined with the original content in the content conversion operation to generate the adaptively converted content.

Profile DB 130 stores the basic information of all the conversion process for the content made in the adaptive conversion server 104, device profile DB 132, network profile DB 134, interaction profile DB 136, Social activity profile DB 138, user profile DB 140, and the like.

2 shows a detailed configuration of the profile DB.

Referring to FIG. 2 above, the device profile DB 132 may identify an ID to identify a profile, a model of the device, graphic performance, screen size, interaction ability, and support. It consists of supporting network type information.

The network profile DB 134 is composed of an ID and a network type for distinguishing a profile. The interaction profile DB 136 identifies the ID and operation UI control, writing, chatting, searching and view, receiving and checking information that will identify the profile. It consists of.

The social activity profile DB 138 is configured based on the user's behavior model and social activity, and the configured profile is classified into ID, social content type, and social activity type information. The user profile DB 140 includes an ID for distinguishing a profile, a proficiency of SNS, a proficiency of navigation, a role, network preference information, and the like.

3 to 8 illustrate a detailed information structure stored in each profile DB in the profile DB 130.

First, referring to FIG. 3, which shows configuration information of the device profile DB 132, device profile information is classified into IDs for identifying profiles, and models are classified into general mobile phones, smart phones, smart pads, PCs, and smart TVs. This makes it possible to distinguish the characteristics of each model. Graphic performance is divided into High, Medium, Low, and Very Low. The screen size refers to the width of the device display, which is classified into 240 or more, 320, 320 or more, 768, 768, 1024, 1024, 1920 or more. Interaction abilities are classified into mouse, keyboard, voice recognition, eye tracking, gesture recognition, and location recognition. Supported network types are classified into wired networks and wireless networks.

In this case, if a device (eg, a smart watch) having a size smaller than the screen size defined in the device profile is added to the present invention, the adaptive conversion may be performed by adding a representative feature of the device in the device profile.

Next, referring to FIG. 4, which shows configuration information of the network profile DB 134, network profile information is classified into IDs for distinguishing profiles, and network types are classified into wired networks and wireless networks. Wireless networks are classified into WAP, Wi-Fi, 3G, and 4G in detail.

Next, referring to FIG. 5, which shows the configuration information of the interaction profile DB 136, the interaction profile information is an ID for distinguishing the profile, and in the operation UI control, 'select whether or not to participate' interaction (used in Answer), Time and place selection 'interaction (used in Choice) and' time and place setting 'interaction (used in Suggestion). Writing is categorized as 'New meeting suggestion' interaction (used in Suggestion) and 'write review' interaction (used in Review). Chat is classified as a 'chat' interaction (used in Discussion and Execution). Searches and views are categorized as 'search for previous posts' interaction (used in Discussion and Review). The acknowledgment of information is classified into 'Read updated post' interaction (used in Discussion and Review), 'Announcement acknowledgment A' (used in Notification), and 'receive directions' interaction (used in Execution).

Next, referring to FIG. 6, which shows configuration information of the social activity profile DB 138, the social activity profile information includes IDs for distinguishing profiles and regular meetings and notified meetings in social content types. ), It is classified as Flash Mob.

Here, regular meetings are held by participants through discussion and voting for the proposed meeting, and when the announced meeting information is announced, each meeting member informs whether or not to attend the meeting. Chat is used, and after meetings, reviews are posted.

In addition, the notification meeting is a one-time announcement by the organizer of the proposed meeting to determine the time and place of each meeting, each meeting member will inform you of the attendance, on the day of the meeting using directions and chats to the meeting place, Afterwards, it is a gathering method that posts reviews.

Finally, Flashmob is a gathering method that makes announcements like lightning and gathers without grasping the participants, uses the guide information and chat to the meeting place on the day of the meeting, and posts a review after the meeting.

Social activity types are classified into Suggestion, Discussion, Choice, Notification, Answer, Execution, and Review. The different social activity types combine to form regular meetings, announcements, and flash mobs.

Next, referring to FIG. 7, which shows configuration information of the user profile DB 140, the user profile information is an ID for distinguishing a profile, and in a role, a role is assigned to a user who uses social meeting management content. It is classified as a member.

As a result, the leader represented as the meeting organizer can view the members' information such as location information of the members on the meeting day.

Proficiency of SNS classifies proficiency using SNS into High, Medium, and Low. Those who have held meetings using SNS are High, and those who have participated in meetings using SNS are Medium, SNS. Users who have never used a meeting to join a meeting can be classified as Low. In addition, when it is Low, a detailed description of the page in which the social activity of the current stage is expressed and a detailed description of the information expressed in the next social activity are required. In the case of Medium, only the information on the page where the social activity of the current stage is expressed is explained in detail. In the case of High, the description is not provided.

In the Proficiency of Navigation, the ability to navigate the road is classified into High, Medium, and Low. High provides only a map of the destination, Medium provides a map and roadview to use more information to find a way, and Low provides a map, roadview and voice directions to use more information. Provide guidance. Voice directions provide information about the way to your destination through a phone connection with the reader.

Network preferences are categorized as wired network, Wi-Fi, WAP, 3G, and 4G. Of the network preferences, WAP, 3G, and 4G are subdivided into unlimited plans and limited plans (different charges are used per unit). If you choose a limited plan between unlimited and limited plans, you can have videos or road view content that is expected to use a lot of packets on the page provided to the user converted into still cut images and image maps.

8 illustrates a process for adaptively transforming social media content according to an embodiment of the present invention. In the process for content adaptive transformation of the present invention, social content and interaction according to social activities are largely determined, and social content is determined. After the interaction with is determined, the adaptive conversion of the content is performed in the order of layout conversion, interaction conversion, and content conversion of the content.

Hereinafter, embodiments of the present invention will be described in detail with reference to FIGS. 1 to 8. FIG.

First, the social activity mapping manager determines social content to perform adaptive transformation (S800), and determines a social activity type for the corresponding social content (S802). At this time, the social content as described above may be determined as a social content content associated with a social meeting that provides guidance information when a plurality of users have a meeting in a specific place.

[Table 1] below shows conversion rules and examples of the social activity profile. The social activity mapping manager may determine, for example, the current social content type as a regular meeting with reference to [Table 1]. The type may determine execution.

[Table 1]

The determined social content and social activity type information are transmitted to the adaptive conversion manager to perform layout adaptation, interaction adaptation, and content adaptation.

Subsequently, when receiving the information on the social content and the social activity type as described above, the adaptive conversion manager 110 determines the interaction configuration according to the social activity type (S804).

 At this time, the interaction in the execution phase is, for example, as shown in Table 1, the interaction of receiving and confirming the guidance information on the day of the meeting due to the nature of the execution phase, the chat interaction to communicate and chat on the meeting day This can be

Subsequently, the adaptive conversion manager 110 checks whether the call function is available when the content is configured for the device that needs to convert and provide the content (S806). In this case, the adaptive conversion manager 110 may determine whether the call function can be used by referring to the conversion rule and the example of the device profile shown in Table 2 below.

[Table 2]

At this time, the information of the device profile is screen size, graphic performance, interaction function, network type for smart TV, PC, smart pad, smart phone, general mobile phone, etc., which can be a user device as shown in [Table 2] above. Specific profile information such as can be expressed.

Subsequently, the adaptive conversion manager 110 determines a layout of the adaptive conversion content by using the information about the screen size of the corresponding device with reference to [Table 2] (S808).

9 illustrates an example of original content for which adaptive conversion is to be performed, and detailed configuration of the original content may include five types. In the first configuration 900, information about a social activity is represented, and in the second configuration 902, information about a time and place of a meeting is represented according to social content and social activities. In the third configuration 904, the multimedia content for introducing the set meeting place is represented, and in the fourth configuration 906, location information about the set meeting place is represented. Finally, in the fifth configuration 908, information about the meeting members is expressed.

In the configuration of the original content as described above, the content should be adaptively converted according to the device receiving the content. The adaptive conversion manager refers to the information on the screen size of the device in [Table 2] as described in the above five detailed configurations. With respect to the screen configuration of the original content having a will change the layout according to the device. An example of changing the layout for each device will be described later.

As described above, when the layout is determined, the adaptive conversion manager determines the resolution of the multimedia content with reference to the device-specific graphic performance information of Table 2 again (S810).

Subsequently, the adaptive transformation manager 110 searches for location recognition capability information among information on the interaction capability of the device with reference to [Table 2] to determine information on whether the device can be tracked (S812) and for the corresponding device. Information about the supported network type is determined (S814). In this case, the network type may be a wired network or a wireless network.

Then, the adaptive conversion manager 110 grasps information on the role of the user with reference to Table 3 below, which shows the conversion rules and examples of the user profile. In this case, the information about the role of the user may be information about whether the user of the device performs a leader role or a member role in social content. That is, the application conversion manager determines the information on the role of the leader or member by identifying the role information of the user (S816).

[Table 3]

In this case, users who participate in the above social content may have different proficiency in using the social content, and may need to explain the use of the social content. Such information on the proficiency of SNS is stored in the profile DB as shown in the conversion rule of the user profile of [Table 3] and an example. The adaptive conversion manager can refer to [Table 3] of the device user. After checking the proficiency, it is determined whether to support the additional description of the social content use (S818).

Subsequently, the adaptive conversion manager 110 determines a navigation method to a destination for a meeting by searching for information on a proficiency of navigation for each user with reference to [Table 3] (S820). In this case, the navigation method may display only an on-screen map of the social content, and provide a road view for users who are poor in directions, or provide additional buttons for calling a leader. Can be set.

Subsequently, the adaptive conversion manager 110 searches for a network to which a user is connected by using network preference information shown in [Table 3] to determine a resolution and navigation expression method of multimedia content according to the network. (S822).

As described above, when the layout adaptation transformation and the interaction adaptation transformation for the social content are completed, the adaptation transformation manager 110 generates the information about the layout adaptation transformation and the interaction adaptation transformation as an XML file (S824), which is illustrated in FIG. 9. By applying to the original content, such as to generate an adaptive conversion content for the device (S826).

FIG. 10 illustrates an example of generating an adaptive conversion content 1002 generated by combining an XML file 1000 having information on adaptive conversion of original content and original content.

Subsequently, the adaptive conversion manager 110 transmits the content, which is adapted for the user's device, to the corresponding device so that the user can view the social content, which is adaptively converted on his device.

11 to 16 illustrate exemplary screens of social media content adapted and adapted for each device through an adaptive conversion process of social media content according to the present invention.

First, referring to FIG. 11, which shows an example of a content screen adaptively transformed for a smart TV, content automatic conversion based on a smart TV model includes a conversion rule and an example of a social activity profile [Table 1], and a conversion rule of a device profile. Example [Table 2], User Profile Conversion Rule and Example [Table 3] was used to convert using the profile information of the parts classified in red.

Specific information of the profile includes social content type regular meeting, social activity type execution stage, device model smart TV, screen size 1920, graphic performance high, position recognition false, interaction network type supported Is wired network, role is member in user profile, SNS proficiency is high, path finding ability is medium, network preference is wired network, and so on.

Since the social content type is a regular meeting and the social activity type has been determined to be an execution stage, the content of the provided page is composed of the interaction of receiving and confirming information and chatting interaction. Although these two interactions are interactions that occur at the execution stage, only the interaction part that first receives and verifies information is represented here. Here, the details of the interaction to receive and confirm the information refer to the interaction to receive information about the meeting and directions.

After the interaction is made, the layout is decided by the screen size.Information is expressed in the narrow part according to the characteristics of the smart TV, so the top meeting information is displayed in text, the introduction of the meeting place, and the directions. Consists of information representation. The graphic performance is high, so the introduction video of the meeting place is composed of high quality video. Since there is no location recognition function in the interaction ability, the expression of the road guide information is composed of a purpose-directed map. Since the ability to find a path is medium, it can be configured not only for maps but also for road views. Since network preference is a wired network, there is no burden on packet usage, so multimedia content such as video and road view can be configured without conversion.

Next, referring to FIG. 12, which shows an example of a screen adapted for content conversion for a personal computer (PC), content automatic conversion using a PC model is orange in [Table 1], [Table 2], and [Table 3]. The information was converted using the profile information classified as.

Specific information of the profile includes social content type regular meeting, social activity type execution stage, device model PC, screen size 1024, graphic performance high, position recognition false in interaction capability, supported network type is wired network, In the user profile, the role is member, the SNS proficiency is medium, the ability to find directions is high, the network preference is wired network, and so on.

The social content type, social activity type, and interaction configuration are the same as the smart TV example described above. However, because the PC has a larger screen width for organizing the content, two details are organized horizontally for the layout. In addition, the font of the TV viewed from afar is used in front of the eyes compared to the large one, so the font of the PC viewed at a close distance is smaller than a smart TV, but is expressed in many words. The transformation also features a description of the page currently displayed above the detailed content that shows the time and place of the meeting. This shows the description of what page and what information is currently displayed on the SNS page in order to increase the SNS usage proficiency when the SNS use proficiency is medium. In addition, since the ability to find directions is high, only the map provides directions.

Next, referring to FIG. 13, which shows an example of a content screen that is adaptively converted for a smart pad, content automatic conversion based on the smart pad is classified as green in [Table 1], [Table 2], and [Table 3]. The conversion was performed using the profile information of the portion.

The specific information of the profile is the social content type regular meeting, the social activity type execution stage, the device model smart pad, the screen size is 768, the graphic performance is medium, the location recognition is true among the interaction capabilities, the supported network type is the wireless network. In the user profile, roles are members, SNS proficiency is low, path finding is low, network preference is 3G of wireless network, and the conversion is performed using such profile information.

The contents of the social content type, social activity type, and interaction configuration are the same as those of the smart TV and the PC described above, and the characteristics of the transformation are as follows. Since location recognition is possible among the device's interaction capabilities, information for moving from the current location to the arrival location is represented on the map. Since the graphic performance is medium, the video content for meeting place guidance is converted into still cuts and provided. The still cut may be represented by five images as shown in FIG. 14.

SNS proficiency is low, so at the top of the page, the role of the page in the current SNS, a description of the information currently provided, and a detailed description of where it is in the overall SNS process. The ability to find directions is low, so it provides maps and road views, and additionally provides a button to call the meeting leader to ask for directions. However, since network preferences use a limited plan among 3G of wireless networks, it does not provide a road view that transmits many packets.

Next, referring to FIG. 15, which shows an example of an adaptively converted content screen for a smartphone, content automatic conversion based on a smartphone is classified as blue in [Table 1], [Table 2], and [Table 3]. The conversion was performed using the profile information of the portion.

Specific information of the profile includes social content type regular meeting, social activity type execution stage, device model smartphone, screen size 320, graphic performance low, location recognition is true among interaction capabilities, and supported network type is wireless network. In the user profile, the role is leader, SNS proficiency is high, path finding ability is high, network preference is wireless network's Wi-Fi, and so on.

The contents of the social content type, the social activity type, and the interaction configuration are the same as those of the smart TV, the PC, and the smart pad described above, and the characteristics of the transformation are as follows. First, since the graphic performance is low, the video content for the meeting place guide is converted and provided as a single image. Since the role is the leader who suggested the meeting, the leader was able to map the movement paths of the meeting participants so that they could grasp the overall movement information about the participants on the meeting day.

Lastly, referring to FIG. 16, which shows an example of an adaptive content conversion screen for a general mobile phone, content automatic conversion based on a general mobile phone is classified as gray in [Table 1], [Table 2], and [Table 3]. The conversion was performed using the profile information of the portion.

The specific information of the profile is the social content type regular meeting, the social activity type execution stage, the device model is a general mobile phone, the screen size is 240, the graphics performance is very low, the location recognition is False, the supported network type is wireless In the network and user profile, the role is member, the SNS proficiency is medium, the ability to find a path is medium, the network preference is WAP of the wireless network, and the conversion is performed using such profile information.

The contents of the social content type, social activity type, and interaction configuration are the same as those of the smart TV, the PC, the smart pad, and the smart phone described above, and the characteristics of the transformation are as follows. First, because the ability to find directions is medium, maps and roadviews must be provided, but because the graphics performance is very low and the network preference is WAP, the directions are described in text. In addition, since the user's SNS proficiency is medium, the description of the SNS page currently provided is displayed at the top of the page.

As described above, the present invention provides a method for adaptive conversion of social media content, by using the concept of the responsive web to overcome the limitations on the adaptability of the content provided based on various operating system platforms device It can be used in a device with a web browser by adaptively converting it to the user. In the adaptive conversion of content, not only the conversion of multimedia content but also the user's interaction ability and control of each device's control and events belonging to the content By properly converting according to variables such as characteristics, the platform can more systematically perform content conversion for different types of devices.

While the invention has been shown and described with reference to certain preferred embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention. Accordingly, the scope of the invention should not be limited by the described embodiments but should be defined by the appended claims.

400: video server 402, 404, 406: access point
408, 410, 412, 414: terminal device

Claims (21)

An adaptive conversion server for social media content,
A profile mapping manager for mapping the input information of the user device and the profile information stored in the profile DB,
A social activity mapping manager that maps social content and social activity information for the user device;
An adaptive conversion manager for adaptively converting the social content to the user device based on the mapped profile information, social content, and social activity information
Adaptive transformation server of social media content comprising.
The method of claim 1,
The adaptive conversion manager,
An adaptive conversion server of social media content, characterized in that for performing the layout adaptive transformation, the interaction adaptive transformation, and the content adaptive transformation on the social content.
3. The method of claim 2,
The layout adaptive transformation,
And the layout of the social content is changed in accordance with the user device by using the information on the screen size of the user device.
The method of claim 3, wherein
The adaptive conversion manager,
And after changing the layout, determining the resolution of the social content by referring to the graphic performance information of the user device.
3. The method of claim 2,
The interaction adaptive transformation is,
Determining a navigation method for the social content by referring to the interaction information of the user device, and determining a display method and a resolution of the social content according to a network to which the user device is connected. .
3. The method of claim 2,
The content adaptive transformation,
And converting the XML file generated from the layout adaptive transformation information and the interaction adaptive transformation information into the adaptive converted content by combining the social content with the social content.
The method of claim 1,
The profile DB,
Adaptive conversion server of social media content comprising a device profile DB, network profile DB, interaction profile DB, social activity profile DB or user profile DB.
The method of claim 1,
The device profile DB,
And an ID, a model name, a graphics performance, a screen size, an interaction capability, or a network type information for the user device. The method of claim 1,
The network profile DB,
Adaptive conversion server of social media content, characterized in that it comprises an ID and network type information to distinguish the profile.
The method of claim 1,
The interaction profile DB,
IDs to identify the profile, operation UI control, writing, chatting, searching and viewing, or receiving and checking information. Adaptive transformation server of social media content.
The method of claim 1,
The social activity profile DB,
Adaptive transformation server of social media content, characterized in that it comprises ID, social content type or social activity type information to distinguish the profile.
The method of claim 1,
The user profile DB,
Adaptive transformation server of social media content, characterized by including an identity to distinguish a profile and a proficiency of SNS, a proficiency of navigation, a role, or a network preference information.
The method of claim 1,
The user device,
Adaptive conversion server of social media content, characterized in that any one of smart TV, PC, smart pad, smart phone or mobile phone.
As an adaptive conversion method of social media content,
Mapping profile information stored in the profile DB to input information of the user device in the profile mapping manager;
Mapping social content and social activity information for the user device in a social activity mapping manager;
Adaptively converting the social content based on the mapped profile information, social content, and social activity information in an adaptive conversion manager;
Adaptive transformation method of social media content comprising a.
15. The method of claim 14,
The adaptive conversion step of the social content,
Adaptively converting the layout of the social content with reference to the screen size of the user device;
Adaptively converting an interaction by determining a navigation method, a display method, and a resolution of the social content with reference to the interaction information of the user device;
Generating the social content as adaptive conversion content based on the information on the adaptively converted layout and interaction
Adaptive conversion method of social media content comprising a.
15. The method of claim 14,
The profile DB,
And a device profile DB, a network profile DB, an interaction profile DB, a social activity profile DB, or a user profile DB.
17. The method of claim 16,
The device profile DB,
An ID, model name, graphic performance, screen size, interaction capability or network type information for the user device.
17. The method of claim 16,
The network profile DB,
And ID and network type information for distinguishing a profile.
17. The method of claim 16,
The interaction profile DB,
A method for adaptive conversion of social media content comprising an ID to distinguish a profile, an operation UI control, writing, chatting, searching and viewing or receiving and confirming information.
17. The method of claim 16,
The social activity profile DB,
And an ID, a social content type, or a social activity type information for distinguishing a profile.
17. The method of claim 16,
The user profile DB,
A method for adaptive conversion of social media content, comprising identity to identify a profile, proficiency, ability to find directions, role or network preference information.

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