推动触觉设备进入移动世界,促进K-12 STEM学习

Alessandro Sangiorgi, Flavio Esposito, J. Gorlewicz, G. Schembra
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引用次数: 1

摘要

在这个演示中,我们演示了如何通过移动应用程序进行触觉通信。特别是,我们提出了一个基于android的平台,允许触觉设备和智能手机之间的连接。我们的应用程序是专门为教育应用程序设计的,我们使用Hapkit作为我们的第一个示范性硬件平台。我们的开源实现提供了几个为K-12物理课程设计的触觉模拟;此外,我们的Android应用程序提供了能够分析通信硬件和软件进程之间的延迟和其他网络参数的仪表指标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Propelling Haptic Devices into the Mobile World to Advance K-12 STEM Learning
In this demonstration we illustrate how haptic communication can occur via a mobile application. In particular, we present an Android-based platform that allows connectivity among haptic devices and smartphones. Our app was designed specifically for educational applications, and we used the Hapkit as our first exemplary hardware platform. Our open-source implementation offers several haptic emulations designed for K-12 Physics courses; furthermore, our Android application provides instrumented metrics capable of analyzing latency and other network parameters among communicating hardware and software processes.
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