Korea Advanced Institute of Science and Technology

Samsung Electronics Co., Ltd.

Lg Display Co., Ltd.

Chang-Ick Kim

Yun-Je Oh

Young-hun Joo

Won-Jun Kim

Kwang-pyo Choi

Yong-Deok Kim

Kyung-Ho Chae

Ji-Young Ahn

Jae-Hoon Kwon

Jeong-rok Park

Sung-Gae Lee

Jae-Seung Ko

Hyung-Joon Koo

Il-Koo Ahn

Min-Jin Kim

Disclosed is an intelligent display method for a multimedia mobile terminal. The method includes the steps of determining a type of a camera shot existing in a sport game video; deciding a region of interest within an image frame of the sport game video when it has been determined that the camera shot is a long-distance shot, magnifying the region of interest, and displaying the region of interest on the mobile terminal, and displaying the entire image frame on the mobile terminal when it has been determined that the video shot is a non-long-distance shot. The method enables the user to watch images in a more understandable and comfortable manner.

Intelligent display method for multimedia mobile terminal

A method of recognizing a user's dynamic organ for use in an electric-using apparatus includes scanning a target image inputted through an imaging element using a window; generating a HOG descriptor of a region of the target image that is scanned when it is judged that the scanned region includes a dynamic organ; measuring a resemblance value between the HOG descriptor of the scanned region and a HOG descriptor of a query template for a gesture of the dynamic organ; and judging that the scanned region includes the gesture of the dynamic organ when the resemblance value meets a predetermined condition.

Method and interface of recognizing user's dynamic organ gesture and electric-using apparatus using the interface

Disclosed is a method for extracting a region-of-interest of a user in a multimedia mobile terminal. The method includes: setting a search region in an input picture input to the multimedia mobile terminal on a screen picture-to-screen picture basis, and extracting a group of boundary of a region-of-interest based on a brightness difference between the set search region and an environment around the set search region; determining boundary coordinates of the region-of-interest through learning during a predetermined frame among the extracted group of boundary coordinate candidates; and enlarging the region-of-interest having the determined boundary coordinates, and displaying the enlarged region-of-interest. As a result, a region the user is most interested in or pays more attention to than other regions on a screen is automatically extracted. Accordingly, it is possible for users to view pictures in such an efficient manner as to provide the users with an even better experience and understanding during viewing.

Extraction method of an interest region for multimedia mobile users

Growing community of inventors

Daejeon, South Korea

Chang-Ick Kim