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Augmented reality services of photos and videos from filming sites using their shooting locations and attitudes

机译:使用他们的射击位置和态度从拍摄网站增加照片和视频的现实服务

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Usually lots of photos and videos are recorded additionally to capture the scenes of many filming sites of dramas and movies. When people visit the sites later, however, they can rarely experience these contents again. The objective of this study is to exploit these photos and videos from filming sites together with their shooting locations and attitudes in order to provide users with AR (Augmented Reality) tourism services. Users will be able to experience as if they are at the site just at the time of filming. We designed and made an external attachable device for DSLR (Digital Single-Lens Reflex) cameras to log shooting locations and attitudes. We also implemented syncing software and defined data formats to integrate these data with photos and videos. We implemented mobile AR tourism apps for iOS and Android platforms. We adopted FAST (Features from Accelerated Segment Test) algorithm with additional modification for AR visualization of photos in mobile environment. We adopted Ferns algorithm, histogram specification and OpenGL texture mapping for AR visualization of videos with better performance. These apps and the results of this study were evaluated at actual filming sites of several dramas, and the survey of many filming staffs was conducted for feedbacks. The results of this study could be applied many other fields concerned with multimedia contents.
机译:通常录制大量照片和视频,以捕获戏剧和电影的许多拍摄网站的场景。然而,人们稍后访问网站时,他们很少能再遇到这些内容。本研究的目的是利用这些照片和视频从拍摄网站以及他们的射击位置和态度,以便为用户提供AR(增强现实)的旅游服务。用户将能够遇到拍摄时在网站上的景象。我们为DSLR(数字单镜头反射)相机设计并制作了外部可连接设备,以记录拍摄位置和态度。我们还实现了同步软件和定义的数据格式,以将这些数据与照片和视频集成。我们为iOS和Android平台实现了移动AR旅游应用程序。我们采用快速(来自加速段测试)算法的快速(特征,具有额外的移动环境中照片的可视化修改。我们采用蕨类植物算法,直方图规范和OpenGL纹理映射,用于具有更好性能的视频的可视化。这些应用程序和本研究的结果在几个戏剧的实际拍摄地点进行了评估,并对许多拍摄人员进行了反馈进行了调查。本研究的结果可以应用于许多涉及多媒体内容的其他领域。

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