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Integration of Multimodal Technologies for a Rowing Platform

机译：对划艇平台的多模式技术集成

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This paper presents the integration of multimodal technologies to measure and transmit different variables and stimuli involved in the human motion analysis, both for the training and for the transfer of users skills achieved by means of a mechatronic rowing platform. Although the mechanical design is the core of this project, this paper describes the integration and interaction of two multimodal systems (the human being and the rowing platform). These systems works together using different sensors and methodologies directly integrated to the human body to obtain detailed information related to the synchronization and correlation among the trajectories, Proximal distance coupling, velocities, muscular activation and muscular force, transversal force in the oars and head position acquired through digital image processing and machine learning techniques. This information is evaluated and used in the rendering section through audio-tactile stimuli for the acceleration learning process.
机译：本文介绍了多模式技术，以测量和传输不同变量和涉及人类运动分析的刺激，培训和通过机电划艇平台实现的用户技能转移。虽然机械设计是该项目的核心，但本文介绍了两种多模式系统（人类和划艇平台）的集成和相互作用。这些系统一起使用不同的传感器和方法与人体直接集成在一起，以获得与轨迹，近距离耦合，速度，肌肉激活和肌肉力量之间的同步和相关性相关的详细信息，桨和头部位置中的横向力通过数字图像处理和机器学习技术。通过用于加速学习过程的音频触觉刺激来评估和使用该信息。

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