Objective To study normal and injured medial collateral ligament (MCL) manifestations on MRI.
目的研究正常和损伤的膝关节内侧副韧带的MRI表现。
The conception of MCL and similar conceptions do not exist in the continental law system or AngloAmerican law systems.
无论是大陆法系还是英美法系均无类似的概念。
Simulation experiment result indicated that, under the condition of same bacon density, node density and node speed, RAMCL and MCAB have a better positioning precision than MCL, MCB.
仿真实验结果表明，本文提出的两种移动节点定位算法同现有的MCL、MCB算法相比，在同等的信标节点密度、普通节点密度及节点速度情况下，具有较好的定位精度。
Hence a node may obtain more observations for estimating previous location sets. Then the previous location sets are recomputed by the MCL method to improve the location accuracy of the present time.
待定位节点再利用蒙特卡罗算法迭代计算前面时间段的位置样本集，并充分利用观测值滤除较差样本，从而提高当前时刻的定位精度。
Hence a node may obtain more observations for estimating previous location sets. Then the previous location sets are recomputed by the MCL method to improve the location accuracy of the present time.
待定位节点再利用蒙特卡罗算法迭代计算前面时间段的位置样本集，并充分利用观测值滤除较差样本，从而提高当前时刻的定位精度。
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