医学图像非刚性的配准在医学诊断和治疗计划中起着重要的作用，学者们为此提出了各种非刚性配准算法。
Non_rigid registration plays an important role in medical diagnosis and therapy scheme. Scholars bring forward of algorithms many kinds.
由于此文的方法没有建立在运动的刚性约束之上，所以该方法同样适用于各种非刚体运动的特征点对应。
Because this method is not based on the constraint of rigidity, it can solve the correspondence problem of nonrigid motion.
建筑采用非刚性结构提供了一定程度灵活性，也有利于在以后的地震中起到吸收振动的作用。
The non-rigid frame is designed to offer a degree of flexibility that could help to absorb vibrations in future earthquakes.
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