Abstract: Disclosed are a UI component configuration system apparatus for providing a service that can dynamically transform and configure, according to characteristics of an electronic device in which applications are driven, designs of UI components included in the applications, and the operating method thereof to enable providing an appropriate UI design according to device characteristics of a user.

Abstract: Disclosed are an electronic apparatus capable of applying the design of a UI component based on the device's usage environment and the operating method thereof. The present invention presents an electronic apparatus capable of dynamically changing and applying the design of a UI component configuring an application according to a usage environment of an electronic apparatus which drives the application and the operating method thereof to provide an appropriate UI design according to the device's usage environment of a user to the user.

Abstract: Disclosed is technology that recommends an appropriate design template to each component constituting the UI to a UI developer by considering the platform related to an industrial classification of a UI to be developed by the UI developer, a job of a user who is to use the UI, and a target product to which the UI is to be applied to support the UI developer to more easily develop a UI in a direction desired by the UI developer.

Abstract: Disclosed are an electronic terminal apparatus and an operating method thereof. The present invention relates to an electronic terminal apparatus equipped with a UI development tool, which is able to provide an automatic UI component creation function through an image analysis of a UI design plan, and an operating method thereof.

Abstract: Disclosed are an electronic terminal apparatus and an operating method thereof. The present invention relates to an electronic terminal apparatus equipped with a UI development tool, which is able to provide an automatic UI component creation function through an image analysis of a UI design plan, and an operating method thereof.

Abstract: A method and apparatus for transmitting mass data includes receiving data transmission request information from a client, for data transmission by a transceiver of a Web Application Server (WAS), determining a size of data requested by the client from a database storing the data based on the data transmission request information by a data checker of the WAS, sequentially reading data of a predetermined size out of the whole data to be transmitted according to the size of the whole data and storing the read data in a memory of the WAS by a data extractor of the WAS, sequentially converting the read data to a predetermined data format by a data converter of the WAS, sequentially transmitting the converted data to the client by a transceiver of the WAS, and deleting the completely transmitted data from the memory of the WAS by a data deleter of the WAS.

Abstract: A method for generating a User Interface (UI) using a unified development environment is disclosed. The method includes providing a UI development menu by a unified development menu provider, the UI development menu being used to develop a UI for configuring and controlling an application screen, generating a source script for configuring and controlling an application screen to generate a unified component independent of execution environments, upon receipt of a user input through the UI development menu, and generating a unified component independent of execution environments using the source script and a pre-installed or downloaded element source matching with a current execution environment by a component generator of a user device, upon execution of an application.

Abstract: A rendering processing apparatus and method using multiprocessing are disclosed. The rendering processing method includes dividing an application execution window into frames and generating a rendering processing command for rendering processing of an image on a frame basis by a pre-rendering manager, generating a rendering image for a frame according to the generated rendering processing command by a rendering manager, and storing the generated rendering image in a memory. A task for generating a rendering processing command is divided into at least one task, a task for generating a rendering image is divided into at least one task, and the divided tasks can be processed simultaneously in a plurality of threads.

Abstract: A rendering processing apparatus and method using multiprocessing are disclosed. The rendering processing method includes dividing an application execution window into frames and generating a rendering processing command for rendering processing of an image on a frame basis by a pre-rendering manager, generating a rendering image on a frame basis according to the rendering processing command by a rendering manager, and storing the generated rendering image in a memory. The generation of a rendering processing command and the generation of a rendering image are performed in a plurality of threads.

Abstract: A method for generating a User Interface (UI) using a unified development environment is disclosed. The method includes providing a UI development menu by a unified development menu provider, the UI development menu being used to develop a UI for configuring and controlling an application screen, generating a source script for configuring and controlling an application screen to generate a unified component independent of execution environments, upon receipt of a user input through the UI development menu, and generating a unified component independent of execution environments using the source script and a pre-installed or downloaded element source matching with a current execution environment by a component generator of a user device, upon execution of an application.

Abstract: A method for processing multiple requests using a dataset transfer protocol is disclosed. The method includes generating a dataset transfer protocol and transmitting the dataset transfer protocol to a Web Application Server (WAS) by a client. The dataset transfer protocol includes at least one contract dataset including information about a sequence number of a contract generated according to a processing request and information about a requested task, at least one reference dataset referred to for processing the processing request, at least one datamap dataset including type information indicating a type of the reference dataset referred to in relation to the contract and mapping information about the reference dataset, and at least one header including information about a name of the contract dataset and information about a name of the mapping information dataset.

Abstract: A rendering processing apparatus and method using multiprocessing are disclosed. The rendering processing method includes dividing an application execution window into frames and generating a rendering processing command for rendering processing of an image on a frame basis by a pre-rendering manager, generating a rendering image for a frame according to the generated rendering processing command by a rendering manager, and storing the generated rendering image in a memory. A task for generating a rendering processing command is divided into at least one task, a task for generating a rendering image is divided into at least one task, and the divided tasks can be processed simultaneously in a plurality of threads.

Abstract: A rendering processing apparatus and method using multiprocessing are disclosed. The rendering processing method includes dividing an application execution window into frames and generating a rendering processing command for rendering processing of an image on a frame basis by a pre-rendering manager, generating a rendering image on a frame basis according to the rendering processing command by a rendering manager, and storing the generated rendering image in a memory. The generation of a rendering processing command and the generation of a rendering image are performed in a plurality of threads.