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视障人士导航系统的开发。

Development of the navigation system for visually impaired.

作者信息

Harada Tetsuya, Kaneko Yuki, Hirahara Yoshiaki, Yanashima Kenji, Magatani Kazushige

机构信息

Department of Electrical Engineering, Tokai University, Japan.

出版信息

Conf Proc IEEE Eng Med Biol Soc. 2004;2004:4900-3. doi: 10.1109/IEMBS.2004.1404355.

Abstract

A white cane is a typical support instrument for the visually impaired. They use a white cane for the detection of obstacles while walking. So, the area where they have a mental map, they can walk using white cane without the help of others. However, they cannot walk independently in the unknown area, even if they use a white cane. Because, a white cane is a detecting device for obstacles and not a navigation device for their correct route. Now, we are developing the navigation system for the visually impaired which uses indoor space. In Japan, sometimes colored guide lines to the destination is used for a normal person. These lines are attached on the floor, we can reach the destination, if we walk along one of these line. In our system, a developed new white cane senses one colored guide line, and make notice to an user by vibration. This system recognizes the line of the color stuck on the floor by the optical sensor attached in the white cane. And in order to guide still more smoothly, infrared beacons (optical beacon), which can perform voice guidance, are also used.

摘要

白色手杖是视障人士常用的辅助工具。他们走路时用白色手杖探测障碍物。所以,在他们有心理地图的区域,他们可以不用他人帮助,借助白色手杖行走。然而,即使使用白色手杖,他们在未知区域也无法独立行走。因为白色手杖是障碍物探测装置,而非正确路线的导航装置。现在,我们正在开发一种利用室内空间的视障人士导航系统。在日本,有时会为正常人设置通往目的地的彩色引导线。这些线附着在地板上,沿着其中一条线走就能到达目的地。在我们的系统中,一种新开发的白色手杖能感应到一条彩色引导线,并通过震动向使用者发出提示。该系统通过安装在白色手杖中的光学传感器识别贴在地板上的彩色线条。为了更顺畅地引导,还使用了能进行语音引导的红外信标(光学信标)。

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