KR20090029064A - Ppl connecting solution - Google Patents

Abstract

A dynamic link of PPL using image information capable of directly connecting the information of all materials within a moving picture is provided to reduce the inconvenience and provide a profit to a seller by providing information to a customer. A window application software controlling the video information is made by C++. The image data of a media play program adds a filter searching which product by capturing image data. A user informs whether the user recognizes the music by separately searching image or voice. The application software computes the time and the reproduced total frame. The reproduction area is made of the layer of 4. 1 layer is the platform of the application software. 2 layer is the layer in which image is reproduced. 3 layer is the layer in which user selects object. 4 layer is the layer expressing the information consisting of text. An MCI(Media Control Interface) function is used for the picture display control. By using the Win API function for internet and coupling, it calls with web page direct.

Description

PPI's Dynamic Connection Using Image Information {PPL connecting Solution}

  This development is a technology that allows the user to directly connect the information of all things appearing in the video (movie, advertisement, education, etc.) using the video information of the video. In the current era, all information consists of images. Use video information to educate, have fun, and get the information you need. In this way, the purpose is to connect the video information that is most closely exposed to modern people in everyday life without opening the explorer and without having to search for it.

 PPL stands for Product Placement, which means indirect advertising. They use innumerable products such as mobile phones, cars, MP3s, washing machines, etc. that actors use in movies, dramas, CFs, etc., indirectly advertising to viewers. The sales rate of the product rises. The meaning of PPL is not limited to commercial sales but can be used in educational videos. For products used for scientific instruments or educational purposes, information on products is difficult and not easy to search on the Internet. Through this development, information retrieval will be convenient in real time.

 When the user selects a PLL product from the video information, the information of the product is searched in Explorer with a click of the mouse.

  DetectMouseCollision is produced so that the whole frame of image information is divided and the mouse can click on the part where the PLL product appears. By constructing image information in a layer format, a part where an image is displayed and a user who clicks a mouse are produced.

 It will alleviate the inconvenience of passing by or having to look for it later to modern people who have a lot of visual media. It will provide high income generation to sellers who do PPL, and it will be able to compare products by providing information to customers in real time, and it will be easy to purchase products that are objectively suited to them. In addition, the educational effect is expected to increase as much video education takes place.

The dynamic linking method of PPL is as follows.

  C ++ is a Windows application software that can control image information. In addition to the functionality of the basic media play program, it adds a filter that can capture image information and search for a product. In addition, by separately searching for sound as well as video, the user can immediately know what kind of music is used in the video.

The application software calculates the time to be played and the total frame so that the overall control is possible. The functions of the video controller and the audio controller are the same as those of the conventional media player. On the left, it is configured to search the Internet, but it is configured to search other information according to the user's will. The playback area consists of four layers. Layer 1 is a platform for application software, layer 2 is a layer on which an image is played, layer 3 is a layer on which a user selects an object, and layer 4 is a layer representing information consisting of text.

By splitting each layer and controlling the total frame as mentioned at the outset, DetectMouseCollision is planted so that the user can click through the selection area where the web and information need to be connected. If the product does not come out of the image, the transparent button in blue in the selection will disappear. The selected product's information is connected to the web so that information is displayed on four layers or the Explorer window is activated to provide information about the product.

 In addition, the four-layer window shows the music information immediately whenever the sound changes in real time. This text area layer consists of a dialog that is not cleared after displaying the information, but remains until the end of the program.

  The above application is written in C ++ and uses MCI (Media Control Interface) function for image control. Also, to connect with internet, call web page directly by using Winnet API function. Create a object and configure UserInput to be selected using Direcx for a three-layer selection. It also uses DirectSound for faster and more stable sound than MCI.

Drawing 1. Overall Concept

Figure 2. Platform of the application

Figure 3. Layer Structure

Claims (1)

 PPL appearing in the image information, the user can directly obtain the image information with a click of the mouse without secondary search.

Images