• Title/Summary/Keyword: Create subtitles

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A Study on Efficient Positioning of Subtitles in 360 VR (360 VR 영상에서 효율적인 자막 위치 선정에 관한 연구)

  • Kim, Hyeong-Gyun
    • Journal of Digital Convergence
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    • v.18 no.6
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    • pp.93-98
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    • 2020
  • In this paper, we proposed a technique in which subtitles are followed according to changes in the user's viewpoint in 360 VR. Create a Sphere object in Unity's Scene and insert a 360-degree image on the surface of the Sphere object. At this time, the ReverseNormals script is used to convert the viewpoint to the inside. The SightOrbitproved script is used to modify the camera view. Use this script to set the environment in which subtitles can move depending on the viewpoint. Next, add the 3D text (subtitle) that the user wants to the lower layer of the main camera and build a 360 VR object. The 3D text subtitles implemented through this study were compared according to the change of the user's viewpoint. As a result, as the viewpoint changes, normal subtitles flow out of line of sight according to the user's point of view, but 3D Text subtitles move according to the user's point of view, and it can be seen that the user can always view the subtitles.

A Study on Development of BIT(Broadcasting Integration Tools) for Game and Game broadcasting Assistive Subtitling System for the Deaf person (청각장애인의 게임 및 게임방송 시청을 위한 청각 장애보조 자막 시스템 BIT(Broadcasting Integration Tools)개발에 관한 연구)

  • Kang, Hyo Soon
    • Journal of Korea Game Society
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    • v.19 no.5
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    • pp.143-150
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    • 2019
  • Deaf subtitles provide the hearing impaired with visual elements, commentary, and enjoyment of TV programs. Subtitles in game play are a great help to the game play for the hearing impaired as well as the average user. This paper aims at the academic research on the BIT subtitle system BIT, and is intended to help game play and game broadcasting of the hearing impaired.

3D stereoscopic representation of title in broadcasting, the distance standardize for the study of parallax (입체영상 방송텍스트에서 입체감을 위한 패럴렉스 데이터 표준화에 관한 연구)

  • Oh, Moon Seok;Lee, Yun Sang
    • Journal of Korea Society of Digital Industry and Information Management
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    • v.7 no.4
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    • pp.111-118
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    • 2011
  • Recent advances in the media have no special change is the development of the 3D stereoscopic image, which started in the movie is coming over now to the broadcast. Confusing variety having, in the production of 3D images that are waiting for the standardized production. 3D images of them being used in broadcast subtitles, first because there is no standardized production systems, making it look is dedicated to the time and effort. This research necessary to create 3D images of these subtitles, titles, text-based objects, such as Rig imaging using a standardized way to synthesize the most stable is proposed. First, with captions or titles, and the readability and understanding of the uniqueness to the human eye to create an environment that is kind of crowd. Because of this, excessive camera Ferrell Rex (gap) created a branch bunch of snow, work should not hurt readability. 100 adult men and women throughout the experiment.

IMToon: Image-based Cartoon Authoring System using Image Processing (IMToon: 영상처리를 활용한 영상기반 카툰 저작 시스템)

  • Seo, Banseok;Kim, Jinmo
    • Journal of the Korea Computer Graphics Society
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    • v.23 no.2
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    • pp.11-22
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    • 2017
  • This study proposes IMToon(IMage-based carToon) which is an image-based cartoon authoring system using an image processing algorithm. The proposed IMToon allows general users to easily and efficiently produce frames comprising cartoons based on image. The authoring system is designed largely with two functions: cartoon effector and interactive story editor. Cartoon effector automatically converts input images into a cartoon-style image, which consists of image-based cartoon shading and outline drawing steps. Image-based cartoon shading is to receive images of the desired scenes from users, separate brightness information from the color model of the input images, simplify them to a shading range of desired steps, and recreate them as cartoon-style images. Then, the final cartoon style images are created through the outline drawing step in which the outlines of the shaded images are applied through edge detection. Interactive story editor is used to enter text balloons and subtitles in a dialog structure to create one scene of the completed cartoon that delivers a story such as web-toon or comic book. In addition, the cartoon effector, which converts images into cartoon style, is expanded to videos so that it can be applied to videos as well as still images. Finally, various experiments are conducted to verify the possibility of easy and efficient production of cartoons that users want based on images with the proposed IMToon system.