INS - GPS integrated aid to partially vision impaired people using Doppler sensor

Sudheer Kumar Nagothu, Dr. G. Anitha
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引用次数: 2

Abstract

Without vision the human life becomes miserable. The technology should be able to help the people who are having impaired vision to live life as normal human beings. So many navigation aids to such people have been evolved which normally uses only GPS. But GPS satellite signals can't be reached inside the Indore environment, because the waves will be attenuated by structures such as rooftops. Inertial Navigation system (INS) has been used here to overcome this problem. INS is self-dependent which doesn't require any external satellite signals. A speech recognition system is provided to select the location where he wants to go which are predefined and stored. Doppler range finder determines the range between the front obstructing object and the person. As the person moves towards the object the INS gets updated and finds the remaining range. Two vibration motors attached to the person arm will activated based on condition. If he has to take left turn left arm motor will be activated and vice versa. For straight path both motors attached to shoulders will be vibrated. The amplitude of the vibration depends upon the distance between the obstacle object and person.
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利用多普勒传感器帮助部分视力受损的人
没有远见,人类的生活将变得悲惨。这项技术应该能够帮助视力受损的人像正常人一样生活。因此,为这些人开发了许多导航辅助设备,通常只使用GPS。但GPS卫星信号无法在印多尔环境中到达,因为波会被屋顶等结构衰减。惯性导航系统(INS)在这里被用来克服这个问题。INS是独立的,不需要任何外部卫星信号。提供语音识别系统来选择他想去的位置,这些位置是预先定义并存储的。多普勒测距仪确定前方障碍物与人之间的距离。当人向对象移动时INS得到更新并找到剩余的范围。连接在人体手臂上的两个振动马达将根据情况被激活。如果他要左转,左臂电机将被激活,反之亦然。对于直线路径,连接在肩部的两个电机将被振动。振动的振幅取决于障碍物与人之间的距离。
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