语音引导,手势控制的虚拟鼠标

Rajat Dudhapachare, M. Awatade, Pushpak Kakde, Nihal Vaidya, Mayur Kapgate, R. Nakhate
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引用次数: 0

摘要

鼠标是HCI发展的一个主要例子。虽然现代无线鼠标或蓝牙鼠标仍然需要像电池和卡这样的外设来连接到电脑,但它并不是完全不需要外设的。建议的人工智能虚拟鼠标系统通过使用外部或数字相机捕捉手部动作,然后通过物体识别使用语音助手和手点检测来提高系统的准确性,从而解决上述问题。该系统的基础是机器学习技术。要操作电脑、导航和执行像左键和右键这样的操作,可以使用数字手势来代替物理鼠标。该程序使用机器学习进行手部识别,并使用Python模块进行语音辅助。建议的方法通过实施基本的鼠标操作以及亮度、音量控制和管理噪音变化的能力,消除了人类参与和计算机控制设备对抗COVID-19传播的需要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Voice Guided, Gesture Controlled Virtual Mouse
The mouse is a prime example of HCI advancement. Although the modern wireless mouse or Bluetooth mouse still requires peripherals like energy cells and cards to connect to the computer, it is not entirely peripheral- free. The suggested AI virtual mouse system addresses the aforementioned issues by capturing hand motions with an external or digital camera, then improving the system's accuracy using voice assistants and hand point detection through object recognition. The system's foundation consists of machine learning techniques. To operate a computer, navigate, and execute actions like left- and right-clicking, digital hand motion can be used instead of a physical mouse. The program employs machine learning for hand identification and Python modules, for voice assistance. The suggested approach eliminates the need for human involvement and computer- controlled equipment in the battle against the spread of COVID-19 by implementing fundamental mouse operations together with brightness, volume control, and the ability to manage noise variations.
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