了解工具和车辆的运动

Zoran Duric, E. Rivlin, A. Rosenfeld
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引用次数: 4

摘要

许多类型的普通物体,如工具和车辆,在使用或驾驶时通常以简单的方式移动。物体的自然轴倾向于保持与由物体轨迹定义的局部三面体对齐。基于这一观察,我们使用了一个叫做Frenet-Serret运动的模型,它对应于一个沿着空间曲线运动的三面体的运动。了解弗雷内特-瑟雷特坐标系相对于观察者是如何变化的,为我们理解物体的运动提供了必要的信息。这里有四个例子说明了这一点,包括工具(扳手和锯子)和车辆(加速的货车,转弯的出租车)。
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Understanding the motions of tools and vehicles
Many types of common objects, such as tools and vehicles, usually move in simple ways when they are wielded or driven. The natural axes of the object tend to remain aligned with the local trihedron defined by the object's trajectory. Based on this observation we use a model called Frenet-Serret motion which corresponds to the motion of a moving trihedron along a space curve. Knowing how the Frenet-Serret frame is changing relative to the observer gives us essential information for understanding the object's motion. This is illustrated here for four examples, involving tools (a wrench and a saw) and vehicles (an accelerating van, a turning taxi).
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