使用眼睛注视的鼠标光标移动和控制-人机交互

Payel Miah, Mirza Raina Gulshan, Nusrat Jahan
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引用次数: 0

摘要

人机交互(HCI)是一项新兴技术。最重要的HCI策略之一是眼睛凝视法,它使用户无需使用手即可操作显示器。直接眼动检测、模板、外观、特征、混合、回归、聚类等3D方法都是对眼球注视检测技术进行分类的方法。深度学习是一种模仿人类行为和语音识别、图像识别和语言翻译等功能的技术,可以使这成为可能。本研究采用网络摄像机捕捉鼠标光标移动时眼框的画面。关于前面提到的一点,我们必须首先集中注意我们眼睛的功能。我们正在使用一个网络摄像头来识别学生,它可以管理计算机的光标。本文利用开源的Mediapipe库作为计算机视觉库,确定了对应于眼睛(右或左)眨眼的宽高比眼(EAR)。你可以为那些四肢残废、使用电脑有困难的聪明人提供一个机会来表达他们的意见。在这里,该方法的目标是通过帮助身体残疾的人克服使用鼠标的挑战来改善他们使用电脑的体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mouse Cursor Movement and Control using Eye Gaze- A Human Computer Interaction
An emerging technology is human computer interaction (HCI). One of the most important HCI strategies is the eye gazing method, which enables the user to operate the display without using their hands. Direct eye movement detection, template, appearance, feature, hybrid, regression, clustering 3D methods are all ways to categorize eye gaze detection techniques. Deep learning, a technology that mimics human behavior and features like speech recognition, image recognition, and language translation can make this possible. A web camera was employed in this study to capture a frame of an eye frame for mouse cursor movement. In connection with the point previously mentioned, we must first concentrate on the function of our eye. We are employing a web camera for pupil identification, which can manage the computer’s cursor. For this paper, an Aspect Ratio Eye (EAR) is determined that corresponds to the blinks of eye’s (right or left) applying the library of Mediapipe which is open source and acts as a computer vision library. You can provide smart people with crippled limbs who are having trouble using computers a chance to express their opinions. Here, the method’s objective is improving the experience of using computer for physically disabled people by assisting them in overcoming challenges using a mouse.
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