Glance:与人群快速编码行为视频

Walter S. Lasecki, Mitchell L. Gordon, Danai Koutra, Malte F. Jung, Steven W. Dow, Jeffrey P. Bigham
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引用次数: 100

摘要

行为研究人员花费大量时间对视频数据进行编码,以便系统地从细微的人类行为和情绪中提取意义。在本文中,我们介绍了Glance,这是一个允许研究人员快速查询,采样和分析难以自动检测的行为事件的大型视频数据集的工具。Glance利用付费在线人群的并行性来解释自然语言查询,然后在视频数据的摘要视图中汇总响应。Glance为分析人员在最初探索数据集时提供快速响应,并在改进分析时提供可靠的编码。我们的实验表明,Glance通过同时招募60多名员工,可以在5分钟内编码近50分钟的视频,并且可以在10秒内对大多数片段进行初步反馈给分析师。我们提出并比较了一些新方法,用于准确聚合标记视频数据中事件跨度的多个工作人员的输入,以及在通过测量工作人员之间的方差建立基线之前实时测量其编码质量。Glance对自然语言查询的快速响应,对数据中问题模糊性和异常情况的反馈,以及在后续查询中建立先前上下文的能力,允许用户与他们的数据进行类似对话的交互——为自然探索视频数据开辟了新的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Glance: rapidly coding behavioral video with the crowd
Behavioral researchers spend considerable amount of time coding video data to systematically extract meaning from subtle human actions and emotions. In this paper, we present Glance, a tool that allows researchers to rapidly query, sample, and analyze large video datasets for behavioral events that are hard to detect automatically. Glance takes advantage of the parallelism available in paid online crowds to interpret natural language queries and then aggregates responses in a summary view of the video data. Glance provides analysts with rapid responses when initially exploring a dataset, and reliable codings when refining an analysis. Our experiments show that Glance can code nearly 50 minutes of video in 5 minutes by recruiting over 60 workers simultaneously, and can get initial feedback to analysts in under 10 seconds for most clips. We present and compare new methods for accurately aggregating the input of multiple workers marking the spans of events in video data, and for measuring the quality of their coding in real-time before a baseline is established by measuring the variance between workers. Glance's rapid responses to natural language queries, feedback regarding question ambiguity and anomalies in the data, and ability to build on prior context in followup queries allow users to have a conversation-like interaction with their data - opening up new possibilities for naturally exploring video data.
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