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ZatLab Gesture Recognition Framework: Machine Learning Results

机译:ZatLab手势识别框架:机器学习结果

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摘要

The main problem this work addresses is the real-time recognition of gestures, particularly in the complex domain of artistic performance. By recognizing the performer gestures, one is able to map them to diverse controls, from lightning control to the creation of visuals, sound control or even music creation, thus allowing performers real-time manipulation of creative events. The work presented here takes this challenge, using a multidiscíplinary approach to the problem, based in some of the known principles of how humans recognize gesture, together with the computer science methods to successfully complete the task. This paper is a consequence of previous publications and presents in detail the Gesture Recognition Module of the ZatLab Framework and results obtained by its Machine Learning (ML) algorithms. One will provide a brief review the previous works done in the area, followed by the description of the framework design and the results of the recognition algorithms.
机译:这项工作解决的主要问题是手势的实时识别,尤其是在复杂的艺术表演领域。通过识别表演者手势,可以将其映射到各种控件,从闪电控制到视觉效果,声音控制甚至音乐创作,从而使表演者可以实时操纵创意事件。本文介绍的工作采用了多学科的方法来解决这一难题,该方法基于人类如何识别手势的一些已知原理以及计算机科学方法来成功完成任务。本文是先前出版物的结果,并详细介绍了ZatLab框架的手势识别模块及其通过机器学习(ML)算法获得的结果。我们将简要回顾一下该领域以前所做的工作,然后描述框架设计和识别算法的结果。

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