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Eye Tracking Based Control System for Natural Human-Computer Interaction

机译:基于眼动追踪的自然人机交互控制系统

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摘要

Eye movement can be regarded as a pivotal real-time input medium for human-computer communication, which is especially important for people with physical disability. In order to improve the reliability, mobility, and usability of eye tracking technique in user-computer dialogue, a novel eye control system with integrating both mouse and keyboard functions is proposed in this paper. The proposed system focuses on providing a simple and convenient interactive mode by only using user's eye. The usage flow of the proposed system is designed to perfectly follow human natural habits. Additionally, a magnifier module is proposed to allow the accurate operation. In the experiment, two interactive tasks with different difficulty (searching article and browsing multimedia web) were done to compare the proposed eye control tool with an existing system. The Technology Acceptance Model (TAM) measures are used to evaluate the perceived effectiveness of our system. It is demonstrated that the proposed system is very effective with regard to usability and interface design.
机译:眼动可被视为人机通信的关键实时输入介质,这对肢体残障人士尤其重要。为了提高人机对话中眼动追踪技术的可靠性,可移动性和可用性,提出了一种兼具鼠标和键盘功能的新型眼控系统。所提出的系统集中于仅使用用户的眼睛来提供简单方便的交互模式。拟议系统的使用流程旨在完美地遵循人类的自然习惯。另外,提出了放大镜模块以允许精确的操作。在实验中,完成了两个难度不同的交互式任务(搜索文章和浏览多媒体网络),以将建议的眼控工具与现有系统进行比较。技术接受模型(TAM)措施用于评估我们系统的感知有效性。事实证明,所提出的系统在可用性和界面设计方面非常有效。

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