KR20100061583A - System for image rendering method thereof - Google Patents

Abstract

PURPOSE: An image rendering system and a method thereof are provided to improve the service response speed of a user terminal by providing a real-time conversion environment for the user-request image. CONSTITUTION: A client server(100) request the rendering based on the specification information of the display device of the user terminal and the URL(Uniform Resource Locator) information for the original image. The client server provides search screen information to the user terminal, and the search screen information includes the URL link information for a rendering image. An image processing server(200) converts an original image extracted according to the preset image editing information.

Description

Image rendering system and method thereof {SYSTEM FOR IMAGE RENDERING METHOD THEREOF}

The present invention relates to an image rendering scheme, and more particularly, to an image rendering system for providing an automatic adjustment environment for a user request image to be suitable for the size of a display device mounted on a user terminal in a mobile environment and its It is about a method.

As the performance of mobile terminals has improved, it is now possible to display not only text characters such as short messages but also various contents from images having various colors and sizes to videos. This is a technology made with the development of liquid crystal displays (LCDs).

On the other hand, since the size of the liquid crystal display device is different for each mobile terminal, there is a limit of a service to be provided for each size of the liquid crystal display device when outputting an image. In this regard, in order to overcome the limitation of such a service, conventionally, a user interface (UI) is generated for each liquid crystal display device size of a mobile terminal by hand, or content providers provide a UI template to display an image for each size of the liquid crystal display device. There was a way to register.

However, as services providing various images such as a search service through a mobile terminal, a user create contents (UCC), a shopping mall, etc. increase, a large number of services are required to provide services by applying the above-described existing method for providing images by size. Limitations in quality of service, and service response rates are expected to provide an image of.

The present invention was created to solve the problems inherent in the prior art as described above, an object of the present invention, in the image rendering system for each display device size in a mobile environment, the user through the search keyword input In response to a search request from a terminal, a rendering request is made based on URL information of an original image located in an image area of search screen information and specification information of a display device mounted in the user terminal, and the rendering image is received according to the rendering request. A client server providing the search screen information including the URL link information to the user terminal; And extracting the original image based on the URL information of the original image according to the rendering request, generating the rendered image by converting the extracted original image based on preset image editing information according to specification information of the user terminal. And an image processing server configured to store and transmit URL link information of the stored rendered image to the client server. It is to provide an automatic adjustment environment for the user request image to suit.

Still another object of the present invention is to provide an image rendering service for each display device size through linkage with a client server providing search screen information according to a search request of a user terminal through a search keyword input in a mobile environment. In the processing server, receiving URL information on the original image located in the image area of the search screen information and specification information of the display device mounted on the user terminal from the client server according to a search request of the user terminal through input of a search keyword. A thread generation unit configured to generate a thread such that preset image editing information and the URL information are mapped according to the specification information; And parsing the generated thread to extract mapped URL information and image editing information, download an original image corresponding to the mapped URL information, and convert the downloaded original image according to the image editing information. And a rendering processor for generating and storing a rendered image and transmitting URL link information of the stored rendered image to the client server. The rendering process for the image of the.

According to an aspect of the present invention for achieving the above object, there is provided an image rendering system for each display device size in a mobile environment: the system, the search screen in response to a search request of the user terminal through the input of the search keyword The rendering request is made based on the URL information of the original image located in the image area of the information and the specification information of the display device mounted on the user terminal, and includes URL link information on the rendered image received according to the rendering request. A client server providing search screen information to the user terminal; And extracting the original image based on the URL information of the original image according to the rendering request, generating the rendered image by converting the extracted original image based on preset image editing information according to specification information of the user terminal. And an image processing server which stores the URL link information on the stored rendered image to the client server.

Preferably, the system further comprises a monitoring server for receiving, storing and updating the log file (Log File) information according to the rendering image generation from the image processing server.

Preferably, the client server extracts text information located in a service area of the search screen information and provides it to the user terminal according to a search request of the user terminal.

According to another aspect of the present invention, there is provided a client server that provides a search service through interworking with an image processing server that provides an image rendering service for each display device size in a mobile environment. In the service area of the search information and the rendering information including the URL information on the original image located in the image area of the search screen information and the specification information of the display device mounted on the user terminal in response to a search request of the user terminal through An information extraction unit for extracting text information located; And requesting rendering from the image processing server based on the extracted rendering information to receive link URL information on the rendered image from the image processing server, and the search screen information including the received link URL information and text information. It characterized in that it comprises a server interlocking unit for providing to the user terminal.

According to another aspect of the present invention, an image for providing an image rendering service for each display device size through interworking with a client server that provides search screen information according to a search request of a user terminal through a search keyword input in a mobile environment. A processing server is provided: The server is configured to display URL information on an original image located in an image area of search screen information from the client server according to a search request of a user terminal through input of a search keyword and a display device mounted on the user terminal. A thread generation unit configured to receive specification information of and generate a thread such that preset image editing information and the URL information are mapped according to the specification information; And parsing the generated thread to extract mapped URL information and image editing information, download an original image corresponding to the mapped URL information, and convert the downloaded original image according to the image editing information. And a rendering processor for generating and storing a rendered image and transmitting URL link information on the stored rendered image to the client server.

Preferably, the rendering processor generates, according to a rendering request for the original image, respective threads for rendering processing of the original image and a link image linked to the original image, and for each of the generated threads. The URL information and the image editing information mapped through parsing are extracted to render the original image.

According to another aspect of the present invention, a method of rendering an image for each display device size in a mobile environment is provided. The method includes a client server displaying an image area of search screen information in response to a search request of a user terminal through input of a search keyword. An information extraction step of extracting URL information on the original image located and specification information of the display apparatus mounted in the user terminal; A rendering request step of the client server transmitting the extracted URL information and specification information to request rendering of the original image; An image extraction step of extracting, by an image processing server, an original image based on URL information of the original image according to the rendering request; A rendering step of the image processing server generating and storing the rendered image by converting the extracted original image based on preset image editing information according to specification information of the user terminal; Providing link information by the image processing server to transmit URL link information on the stored rendered image to the client server; And a service response step of providing, by the client server, the search screen information including the URL link information on the rendered image received according to the rendering request to the user terminal.

Preferably, the method further comprises a log management step of receiving, storing and updating log file information (Log File) according to the rendering image generation from the monitoring server from the image processing server.

Preferably, the information extracting step may further extract text information located in a service area of the search screen information according to a search request of the user terminal.

The service response step may include providing the search screen information including the received link URL information and the extracted text information to the user terminal.

According to another aspect of the invention, in the mobile environment to provide an image rendering service for each display device size through the linkage with the client server providing the search screen information in response to a search request of the user terminal through the search keyword input in the mobile environment A method of driving an image processing server is provided: The method includes: URL information about an original image located in an image area of search screen information from the client server and the user terminal according to a search request of a user terminal through input of a search keyword. A rendering information receiving step of receiving specification information of the mounted display device; A thread generation step of generating a thread such that preset image editing information and the URL information are mapped according to the specification information; A thread parsing step of parsing the generated threads to extract mapped URL information and image editing information; An image download step of extracting an original image corresponding to the parsed URL information from the thread; A rendering step of converting the extracted original image based on image editing information parsed from the thread to generate and store a rendered image; And providing link information for transmitting the URL link information on the stored rendered image to the client server.

Preferably, the thread generation step, characterized in that for generating each thread for the rendering process of the original image and the link image linked to the original image.

According to the image rendering system and method according to the present invention as described above, it is possible to provide an automatic adjustment environment for the user request image to fit the size of the display device mounted on the user terminal, real-time conversion of the user request image Providing an environment can improve the service response speed of the user terminal.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

1 is a schematic structural diagram of an image rendering system according to an embodiment of the present invention.

As shown in FIG. 1, the system includes: a client server 100 which requests rendering based on URL information on an original image requested by a user terminal and specification information of a display apparatus mounted on the user terminal; An image processing server 200 for extracting an original image based on URL information of the original image according to the rendering request and performing rendering based on specification information of the user terminal; And a monitoring server 300 storing and updating log file information according to generation of a rendered image.

The client server 100 processes an image based on URL information of an original image located in an image area of search screen information and specification information of a display device mounted in the user terminal according to a search request of a user terminal through input of a search keyword. The server 200 requests a rendering. More specifically, the client server 100 is mounted on the user terminal and URL information about the original image located in the image area A of the search screen information as shown in FIG. 2 in response to a search request from the user terminal. Rendering information including specification information of the display apparatus and text information located in the service area B of the search screen information are extracted. In addition, the client server 100 obtains specification information about the display device mounted in the user terminal from the mobile communication network.

In addition, the client server 100 provides the search screen information to the user terminal including URL link information on the rendered image received from the image processing server 200 according to the rendering request. More specifically, the client server 100 receives the link URL information on the rendered image from the image processing server 200, and transmits the search screen information including the received link URL information and text information to the user terminal. As shown in FIG. 3, a search screen suitable for the size of a display device mounted in a user terminal is provided.

The image processing server 200 extracts an original image based on URL information of the original image according to a rendering request of the client server 100. More specifically, the image processing server 200 according to a search request of a user terminal through input of a search keyword, URL information about an original image of search screen information from the client server 100 and specifications of a display device mounted on the user terminal. In response to the information, a thread is generated such that preset image editing information and the URL information are mapped according to the specification information. At this time, the image processing server 200 provides a multi-threaded processing environment by generating respective threads for rendering processing of the original image and the link image linked to the original image according to the rendering request for the original image. In this regard, the image processing server 200 extracts URL information and image editing information mapped through parsing the generated thread, and extracts an original image corresponding to the URL information mapped to the thread.

In addition, the image processing server 200 generates and stores the rendered image by converting the extracted original image based on preset image editing information according to specification information of the user terminal. More specifically, the image processing server 200 generates and stores a rendered image by converting the original image according to the image editing information mapped to the thread, and stores the URL link information for the stored rendered image in the client server 100. To send).

The monitoring server 300 receives, stores, and updates log file information corresponding to the rendering image generation from the image processing server 200, thereby monitoring the process of the image processing server 200 and restarting the process. Enable server management, including the like.

As described above, according to the image rendering system according to the present invention, it is possible to provide an automatic adjustment environment for the user request image to fit the size of the display device mounted in the user terminal, and to provide a real-time conversion environment for the user request image. Providing to improve the service response speed of the user terminal.

Hereinafter, detailed configurations of the client server 100 and the image processing server 200 will be described with reference to FIGS. 4 and 5.

First, the configuration of the client server 100 will be described with reference to FIG. 4. The client server 100 has a configuration including an information extracting unit 110 and a server interworking unit 120.

The information extracting unit 110 extracts URL information about an original image located in an image area of search screen information and specification information of a display device mounted in the user terminal according to a search request of a user terminal through input of a search keyword. . More specifically, the information extracting unit 110 includes, in response to a search request from a user terminal, URL information about an original image located in an image area of search screen information and specification information of a display device mounted in the user terminal. Information on the display device mounted in the user terminal is acquired from text information located in the service area of the information, the search screen information, and the mobile communication network.

The server interworking unit 120 provides rendering information including URL information about an original image provided from the information extracting unit 110 and specification information of a display device mounted in the user terminal to the image processing server 200. Send to request rendering.

In this regard, the server interworking unit 120 receives link URL information on the rendered image from the image processing server 200 according to the rendering request, and retrieves search screen information including the received link URL information and text information. Provided to the user terminal.

On the other hand, the client server 100 according to the present embodiment requests the image processing server 200 to render the original image, and proposes a configuration for receiving the link URL information for the rendered image in real time, separately from the client The server 100 receives the pre-stored rendering images of various original images from the image processing server 200 and in response to a search request of the user terminal through input of a search keyword of the user terminal, the pre-stored rendering Application of a configuration to provide an image would also be possible.

Next, referring to FIG. 5, the configuration of the image processing server 200 includes an image processing server 500 including a thread generator 210 and a rendering processor 220.

The thread generation unit 210 may provide URL information on the original image of the search screen information and specification information of the display device mounted in the user terminal from the client server 100 according to a search request of the user terminal through input of a search keyword. Upon reception, a thread is generated such that preset image editing information and the URL information are mapped according to the specification information.

At this time, the thread generator 210 creates a multi-thread processing environment by generating respective threads for rendering the original image and the link image linked to the original image according to the rendering request for the original image.

The rendering processor 220 parses a thread generated by the thread generator 210 to extract mapped URL information and image editing information, and extracts an original image corresponding to the URL information mapped to the thread.

In addition, the rendering processor 220 generates and stores the rendered image by converting the extracted original image based on preset image editing information according to specification information of the user terminal. More specifically, the rendering processor 220 generates and stores a rendered image by converting the original image according to the image editing information mapped to the thread, and stores the URL link information for the stored rendered image in the client server 100. To send.

As described above, according to the configuration of the image processing server 200 according to the present invention, it is possible to provide a user interface (UI) including an image for each display device size of the user terminal in a mobile environment, furthermore multi-threaded Processing allows rendering of multiple images, thus providing real-time image conversion services.

Hereinafter, an image rendering method according to an embodiment of the present invention will be described with reference to FIGS. 6 and 7. Here, for the convenience of description, the configuration shown in FIGS. 1 to 5 described above will be described with reference to the corresponding reference numerals.

First, referring to FIG. 6, a driving method of an image rendering system according to an exemplary embodiment of the present invention will be described.

First, the client server 100 extracts URL information about an original image located in an image area of search screen information and specification information of a display device mounted on the user terminal according to a search request of a user terminal through input of a search keyword. (S10-S20). Preferably, the client server 100 according to a search request from the user terminal, rendering information including URL information on the original image located in the image area of the search screen information and specification information of the display device mounted on the user terminal. And specification information for the display device mounted in the user terminal from text information located in the service area of the search screen information and a mobile communication network.

Then, the client server 100 requests the rendering of the original image by transmitting the extracted URL information and specification information (S30). Preferably, the client server 100 according to the search request of the user terminal through the input of the search keyword, the URL information about the original image located in the image area of the search screen information and the specification information of the display device mounted on the user terminal On the basis of this, the image processing server 200 requests rendering.

Then, the image processing server 200 extracts the original image based on the URL information on the original image according to the rendering request (S40). Preferably, the image processing server 200 of the display device mounted on the user terminal and URL information on the original image of the search screen information from the client server 100 in response to a search request of the user terminal through the input of the search keyword Upon receiving the specification information, a thread is generated such that preset image editing information and the URL information are mapped according to the specification information. In this regard, the image processing server 200 parses the generated thread, extracts URL information and image editing information mapped to the thread, and extracts an original image corresponding to the extracted URL information.

Next, the image processing server 200 generates and stores the rendered image by converting the extracted original image based on preset image editing information according to specification information of a user terminal (S50-S60). Preferably, the image processing server 200 generates and stores a rendered image by converting the original image based on the image editing information mapped to the thread.

Then, the monitoring server 300 receives from the image processing server 200 the log file (Log File) information according to the rendering image generation, and stores and updates (S70-S80). Preferably, the monitoring server 300 monitors the process of the image processing server 200 by receiving, storing and updating log file information according to the rendering image generation from the image processing server 200, Enable server management, including restarting processes.

Then, the image processing server 200 transmits URL link information on the stored rendered image to the client server 100 (S90).

Thereafter, the client server 100 provides the search screen information including the URL link information on the rendered image to the user terminal (S100). Preferably, the client server 100 receives the link URL information on the rendered image from the image processing server 200, and transmits the search screen information including the received link URL information and text information to the user terminal. to provide.

As described above, according to the old method of the image rendering system according to the present invention, it is possible to provide an automatic adjustment environment for the user request image to fit the size of the display device mounted on the user terminal, and to provide a real-time Providing a conversion environment improves the service response speed of the user terminal.

Hereinafter, a method of driving the service server 100 according to an exemplary embodiment of the present invention will be described with reference to FIG. 7.

First, in response to a search request of a user terminal through a search keyword input, a rendering request for an original image according to a user request is received from the client server 100 (S110). Preferably, the thread generation unit 210 of the display device mounted on the user terminal and URL information on the original image of the search screen information from the client server 100 in response to a search request of the user terminal through the input of the search keyword Receive specification information.

Then, a thread is generated to map preset image editing information and the URL information according to the specification information (S120). Preferably, the thread generation unit 210 in response to a search request from the user terminal through input of a search keyword, URL information on the original image of the search screen information from the client server 100 and the display device mounted on the user terminal. Upon receiving the specification information, a thread is generated such that preset image editing information and the URL information are mapped according to the specification information. At this time, the thread generator 210 creates a multi-thread processing environment by generating respective threads for rendering the original image and the link image linked to the original image according to the rendering request for the original image.

Then, the URL information and the image editing information mapped to the generated thread are parsed (S130-S140). Preferably, the rendering processor 220 parses the thread generated by the thread generator 210 to extract the mapped URL information and the image edit information.

Next, an original image corresponding to parsed URL information is extracted from the generated thread (S150). Preferably, the rendering processor 220 downloads the original image corresponding to the URL information mapped to the thread.

Then, the extracted original image is converted based on the image editing information parsed from the generated thread to generate and store a rendered image (S160-S170). Preferably, the rendering processor 220 generates and stores a rendered image by converting the original image according to the image editing information mapped to the thread.

Thereafter, the URL link information on the stored rendered image is transmitted to the client server 100 (S180). Preferably, the thread generator 210 transmits URL link information on the stored rendered image to the client server 100.

As described above, according to the driving method of the image processing server 200 according to the present invention, it is possible to provide a user interface (UI) including an image for each display device size of the user terminal in a mobile environment, and furthermore, Thread processing enables rendering of multiple images, providing real-time image conversion services.

Although the present invention has been described in detail with reference to preferred embodiments, the present invention is not limited to the above-described embodiments, and the present invention belongs to the present invention without departing from the gist of the present invention as claimed in the following claims. Anyone skilled in the art will have the technical idea of the present invention to the extent that various modifications or changes are possible.

The image rendering system and method thereof according to the present invention overcomes the limitations of the existing technology in that it provides an automatic adjustment environment for a user request image to fit the size of a display device mounted in a user terminal in a mobile environment. It is an invention that has industrial applicability because it is not only sufficient for the use of the apparatus but also the possibility of commercially available or commercially available devices as well as the degree to which it can be clearly implemented in reality.

1 is a schematic structural diagram of an image rendering system according to an embodiment of the present invention;

2 and 3 are views for explaining a search screen according to an embodiment of the present invention.

4 is a schematic structural diagram of a client server according to an embodiment of the present invention;

5 is a schematic structural diagram of an image processing server according to an embodiment of the present invention;

6 is a schematic flowchart illustrating a method of driving an image rendering system according to an exemplary embodiment of the present invention.

7 is a schematic flowchart illustrating a method of driving an image processing server according to an exemplary embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: client server

110: information extraction unit 120: server interworking unit

200: image processing server

210: thread generator 220: rendering processor

300: surveillance server

Claims (12)

In the image rendering system for each display device size in a mobile environment, In response to a search request of a user terminal through input of a search keyword, a rendering request is made based on URL information of an original image located in an image area of search screen information and specification information of a display device mounted on the user terminal. A client server configured to provide the search screen information to the user terminal, the search screen information including URL link information on the rendered image received according to the present invention; And The original image is extracted based on the URL information of the original image according to the rendering request, and the extracted image is generated and stored by converting the extracted original image based on preset image editing information according to the specification information of the user terminal. And an image processing server which transmits URL link information on the stored rendered image to the client server. The system of claim 1, wherein the system is And a monitoring server configured to receive, store, and update log file information corresponding to a rendered image from the image processing server. The method of claim 1, wherein the client server, And text information located in a service area of the search screen information is provided to the user terminal according to a search request of the user terminal. In the client server providing a search service by interworking with an image processing server that provides an image rendering service for each display device size in a mobile environment, In response to a search request of a user terminal through input of a search keyword, rendering information including URL information about an original image located in an image area of search screen information and specification information of a display device mounted on the user terminal may be included. An information extraction unit for extracting text information located in the service area; And Request rendering to the image processing server based on the extracted rendering information, receive link URL information on the rendered image from the image processing server, and retrieve the search screen information including the received link URL information and text information. And a server interlocking unit provided to the user terminal. An image processing server providing an image rendering service for each display device size by interworking with a client server providing search screen information according to a search request of a user terminal through a search keyword input in a mobile environment. In response to a search request of a user terminal through input of a search keyword, URL information about an original image located in an image area of search screen information and specification information of a display device mounted on the user terminal are received from the client server. A thread generation unit configured to generate a thread such that preset image editing information and the URL information are mapped to each other; And Parsing the generated thread to extract mapped URL information and image editing information, download the original image corresponding to the mapped URL information, and convert the downloaded original image according to the image editing information. And a rendering processor configured to generate and store a rendered image, and to transmit URL link information about the stored rendered image to the client server. The method of claim 5, wherein the rendering processing unit, In response to a rendering request for the original image, each thread for generating a rendering process of the original image and a link image linked to the original image is generated, and URL information mapped through parsing of each generated thread; Extracting image editing information and performing rendering on the original image. In the image rendering method for each display device size in a mobile environment, An information extraction step of the client server extracting URL information on the original image located in the image area of the search screen information and specification information of the display device mounted on the user terminal according to a search request of the user terminal through input of a search keyword; A rendering request step of the client server transmitting the extracted URL information and specification information to request rendering of the original image; An image extraction step of extracting, by an image processing server, an original image based on URL information of the original image according to the rendering request; A rendering step of the image processing server generating and storing the rendered image by converting the extracted original image based on preset image editing information according to specification information of the user terminal; Providing link information by the image processing server to transmit URL link information on the stored rendered image to the client server; And And a service response step of providing, by the client server, the search screen information including the URL link information of the rendered image received according to the rendering request to the user terminal. The method of claim 7, wherein the method is And a log management step in which the monitoring server receives, stores, and updates log file information according to generation of a rendered image from the image processing server. The method of claim 7, wherein the information extraction step, And extracting text information located in a service area of the search screen information according to a search request of the user terminal. The method of claim 9, wherein the service response step, And providing the search screen information including the received link URL information and the extracted text information to the user terminal. A method of driving an image processing server that provides an image rendering service for each display device size by interworking with a client server providing search screen information according to a search request of a user terminal through a search keyword input in a mobile environment, Receive rendering information for receiving URL information about an original image located in an image area of search screen information and specification information of a display device mounted on the user terminal from the client server according to a search request of a user terminal through input of a search keyword. step; A thread generation step of generating a thread such that preset image editing information and the URL information are mapped according to the specification information; A thread parsing step of parsing the generated threads to extract mapped URL information and image editing information; An image download step of extracting an original image corresponding to the parsed URL information from the thread; A rendering step of converting the extracted original image based on image editing information parsed from the thread to generate and store a rendered image; And And providing link information for transmitting the URL link information for the stored rendered image to the client server. The method of claim 11, wherein the thread creation step, And generating respective threads for rendering the original image and the link image linked to the original image.

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