Union of Brain Computer Interface and Internet of Things: An Integrated Platform to Enhance Cognitive Interaction in Real-time

Aritra Mukherji, N. Ganguli
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Abstract

Brain Computer Interface (BCI) is a platform which receives brain signals, measures and analyses them, providing a pathway for the human brain to interact with external utilities in real-time. It is entirely independent of the normal output of peripheral nerves and muscles. On the other hand, with the exposure of Internet of Things, the concept of connectivity of devices has evolved. The number of connected devices is expected to grow phenomenally across multiple industries, thereby boosting productivity and efficiency in coming years. This paper elaborates the procedure of developing a system merging Brain Computer interface and internet of things, the possible applications of human-thing cognitive interactivity and the challenges we face while working with it.
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脑机接口与物联网的结合:增强实时认知交互的集成平台
脑机接口(Brain - Computer Interface, BCI)是一个接收脑信号并对其进行测量和分析的平台,为人脑与外部设施实时交互提供了途径。它完全独立于周围神经和肌肉的正常输出。另一方面,随着物联网的出现,设备连接的概念也在不断发展。连接设备的数量预计将在多个行业中显著增长,从而在未来几年提高生产力和效率。本文阐述了脑机接口与物联网融合系统的开发过程、人机认知交互的可能应用以及我们在开发过程中面临的挑战。
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