基于设计的360视频平台接口设计方法研究

Brian Michael Poblete, Emir Christopher Mendoza, Julian Paolo De Castro, J. A. Deja, Giselle Nodalo
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引用次数: 1

摘要

许多视频接口在显示和传输重要信息时支持多个输入视频源。大多数这些设置可以在部署的安全系统和通常用于监视和危机监控的观察员镜头中看到。本研究的动机包括在犯罪调查中使用从不同来源获取的单一事件的多个视频。在本研究中,我们考虑了一种针对多个视频源的众包方法,并旨在为多个可能的用例设计一个界面。在设计这个界面时,我们进行了实地研究和现场调查,并进行了初步的用户测试,以验证我们的想法。通过设计的研究被添加到方法论中,以考虑考虑不同来源的视角的多个观点。具体来说,我们迎合了初始界面的设计,以帮助多个用户从不同的相机、角度和位置理解多个视图。本研究选择的参与者是至少具有使用智能手机和用它拍摄视频的基本技术能力的学生。这项研究的结果可能会增加360视频和视频直播的用例。我们打算通过验证360视图并设计一种算法来扩展这项研究,以拼接来自多个摄像机和流媒体的最终视图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Research through Design (Rtd) Approach in the Design of a 360-Video Platform Interface
Many video interfaces enable multiple sources of input video in displaying and streaming vital information. Most of these setups can be seen in deployed security systems and observer footage that are usually used for surveillance and crisis monitoring. The motivations of this study includes the use of multiple videos of a single event taken from varying sources in the investigation of a crime. In this study, we consider a crowd-sourced approach to multiple sources of video and aim to design an interface towards multiple possible use-cases. In designing this interface, we performed field studies and on site surveying along with initial user tests to validate our ideas. Research through design was added into the methodology to consider multiple point of views considering varying sources of perspective. Specifically, we catered the design of an initial interface in helping multiple users understand several views from various cameras, angles, and positions. The participants chosen for this study are students who have at least the basic technological ability of using a smartphone and taking a video with it. The results of this study could add to the use cases for 360 videos and video live streams. We intend to extend this study by validating the 360-view and designing an algorithm towards stitching one final view crowd-sourced from multiple cameras and streamers.
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