首页> 外文会议>IASTED international conference on biomedical engineering >PROTOTYPING A LED PROJECTOR MODULE CARRIED BY A HUMANOID NAO ROBOT TO ASSIST HUMAN ROBOT COMMUNICATION BY AN ADDITIONAL VISUAL OUTPUT CHANNEL
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PROTOTYPING A LED PROJECTOR MODULE CARRIED BY A HUMANOID NAO ROBOT TO ASSIST HUMAN ROBOT COMMUNICATION BY AN ADDITIONAL VISUAL OUTPUT CHANNEL

机译:原型设计由人形NAO机器人承载的LED投影仪模块,以通过额外的视觉输出通道辅助人员机器人通信

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This paper describes the development of an innovative visual output channel based on a LED projector to enrich the interaction between older persons in general and persons with COPD in particular and a socially assistive robot. This assistive device has a weight of 430g and can be carried by a small humanoid robot on its back while approaching the users wherever they are. The device consists of a Samsung pico LED projector SP-H03 with 30 ANSI Lumen, a wireless data link for content transmission and a power supply for 1 hour of autonomous operation. The mobile projector prototype showed good performance during laboratory tests when projecting text, graphics and video provided that the ambient brightness in the room was not much higher than 200 lux. Wizard of Oz tests involving older persons and experts from care domain delivered promising results regarding the expected added value brought to users. Future work will focus on integration of video phone functionality.
机译:本文介绍了基于LED投影机的创新视觉输出信道的开发,以丰富旧人之间的互动,以及特别是具有对社会辅助机器人的COPD的人。该辅助装置的重量为430克,可以在其后面的小型人形机器人携带,同时在任何地方接近用户。该器件由三星Pico LED投影仪SP-H03组成,具有30个ANSI流明,用于内容传输的无线数据链路和1小时自主操作的电源。在投影文本,图形和视频时,移动投影仪原型在实验室测试期间显示出良好的性能,因为房间的环境亮度并不高于200勒克斯。来自护理领域的老年人和专家的欧茨试验向导提供了有关为用户带来预期附加值的有希望的结果。未来的工作将侧重于视频电话功能的集成。

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