本文提出的MCAB算法则适用于开阔空间的移动节点定位。
MCAB proposed in this paper can be applied in the open space to localize mobile nodes.
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。
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.
移动锚节点在网络中不断传播自己位置，协助未知节点定位自身位置。
The mobile anchor spreads its location information to unknown nodes, assisting which to make range-free localization.
使用移动锚节点定位方法有很多优点，如定位成本低、容易达到很高的定位精度、易于实现三维定位等。
Algorithms used one mobile anchor node have many advantages, such as low cost, high precision, easy to realize 3-d positioning, etc.
使用移动锚节点定位方法有很多优点，如定位成本低、容易达到很高的定位精度、易于实现三维定位等。
Algorithms used one mobile anchor node have many advantages, such as low cost, high precision, easy to realize 3-d positioning, etc.
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