Notification Timing of Agent with Vection and Character for Semi-Automatic Wheelchair Operation

Kouichi Enami, Kohei Okuoka, Shohei Akita, M. Imai
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引用次数: 1

Abstract

Automatic driving systems not only for cars, but also for wheelchairs are being developed. Improving the operability and safety of electric wheelchairs is an important issue. For example, if a driving system changes the speed of the vehicle without a driver's operation, it makes the driver uneasy. We developed a system to address this uneasiness. Our system, called the MIZUSAKI system, notifies drivers of a change in the speed gain, which is controlled by the system, before the change. This system uses 4 in-screen effects, which are intended to be seen in the peripheral vision and do not inhibit drivers' attention to driving. In developing this system, we have always considered the notification timing to be a key factor. We tested this system to find the best notification timing and found that if the anticipatory timing is 3 seconds before the speed gain changes or later.
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半自动轮椅操作中具有矢量和特征的Agent通知时间
不仅是汽车的自动驾驶系统,还包括轮椅的自动驾驶系统。提高电动轮椅的可操作性和安全性是一个重要的问题。例如,如果驾驶系统在没有驾驶员操作的情况下改变车辆的速度,就会使驾驶员感到不安。我们开发了一个系统来解决这种不安。我们的系统,被称为MIZUSAKI系统,通知司机在速度增益的变化,这是由系统控制的,在变化之前。该系统使用了4种屏幕内效果,目的是在周边视觉中看到,并且不会影响驾驶员的注意力。在开发该系统时,我们一直认为通知时间是一个关键因素。我们对该系统进行了测试,以找到最佳通知时间,并发现如果预期时间是在速度增益变化前3秒或更晚。
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