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Proceedings of the 3rd International Symposium on Movement and Computing最新文献

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Outcome Measures of Deliberate and Spontaneous Motions 故意和自发运动的结果测量
Pub Date : 2016-07-05 DOI: 10.1145/2948910.2948930
Vilelmini Kalampratsidou, E. Torres
Analytical tools for the personalized assessment of natural behaviors are in great demand today, particularly among the community of performing artists. New wearables offer a variety of physiological signals that require proper integration in order to achieve this. Advances in this area of research would provide the artist and trainers with outcome measures of performance to help develop a standardized statistical language to facilitate communication across fields. In this work we present new visualization tools and analytics that enable the automatic identification and tracking of noise-to-signal transitions. The frequency of such transitions differentiate periods of spontaneous random noise from periods of well-structured noise in human motion. The latter are conducive of a predictive code denoting volition. The analyses are tailored to personalized tracking but also amenable to track the performance of an ensemble. We use our example to discuss new possibilities that these research tools may open for the community of performing artists.
今天,对自然行为进行个性化评估的分析工具需求量很大,尤其是在表演艺术家群体中。新的可穿戴设备提供各种生理信号,需要适当整合才能实现这一目标。这一研究领域的进展将为艺术家和培训人员提供成绩衡量指标,以帮助发展一种标准化的统计语言,促进跨领域的交流。在这项工作中,我们提出了新的可视化工具和分析方法,可以自动识别和跟踪噪声到信号的转换。这种转换的频率区分了人体运动中自发随机噪声的周期和结构良好的噪声的周期。后者有利于表示意志的预测代码。这些分析是为个性化跟踪量身定制的,但也可用于跟踪整体的性能。我们用我们的例子来讨论这些研究工具可能为表演艺术家社区带来的新的可能性。
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引用次数: 8
Touching Data Through Personal Devices: Engaging Somatic Practice and Haptic Design in Felt Experiences of Personal Data 通过个人设备触摸数据:在个人数据感受体验中参与身体实践和触觉设计
Pub Date : 2016-07-05 DOI: 10.1145/2948910.2948937
Jessica J. Rajko, M. Krzyżaniak, J. Wernimont, Eileen Standley, Stjepan Rajko
Many of our everyday activities occur in digital spaces. As our personal devices become increasingly smaller, portable, and wearable, our notions of self continue to enfold and entangle not only with these devices, but the personal data they produce. While devices are tangible, the notion of personal data is one that is still highly intangible and ephemeral to the average user. This paper explores methods for making this data palpable through interactive, vibrotactile interfaces. Palpability is a term used by Thecla Shiphorst to "articulate an increasing physical yet invisible embodiment of technologies." [14] To this end, we look to somatic practices and haptic technologies to design felt experiences of personal data. We will share our own explorations into somatic-inspired design practices through a project titled Vibrant Lives.
我们的许多日常活动都发生在数字空间中。随着我们的个人设备变得越来越小、便携和可穿戴,我们的自我概念不仅继续与这些设备纠缠在一起,而且与它们产生的个人数据纠缠在一起。虽然设备是有形的,但个人数据的概念对普通用户来说仍然是高度无形和短暂的。本文探讨了通过交互、振动触觉界面使这些数据触手可及的方法。可触摸性是一个术语,由克拉·希弗斯特用来“表达一种不断增加的有形但无形的技术体现”。[14]为此,我们寻求躯体实践和触觉技术来设计个人数据的感受体验。我们将通过一个名为“充满活力的生活”的项目分享我们对身体灵感设计实践的探索。
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引用次数: 5
Proceedings of the 3rd International Symposium on Movement and Computing 第三届运动与计算国际研讨会论文集
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引用次数: 0
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Proceedings of the 3rd International Symposium on Movement and Computing
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