最后，本文通过仿真实验表明改进后的算法相比已有的DV-Hop算法能够进一步达到准确定位的目的，为无线传感器网络的研究和应用提供了一种可供参考的定位算法。
The simulation results confirm our algorithm can accurately localize the target faster than the DV-HOP. Our algorithm provides a reasonable reference mechanism for WSN research and application.
仿真实验结果表明，利用该算法可以通过控制机器人两个驱动轮的驱动力矩来实现控制机器人按给定的轨迹运动，同时也能实现机器人方向角的改变。
The result of simulation indicate the algorithm can actualize track movement of robot through controlling driving torques of two wheels and change the direction corner of robot simultaneously.
通过仿真实验与洪泛法及理想路由情况比较，结果表明该算法在数据包接收速率和节能性方面具有明显的优势。
According to the comparisons with flooding algorithm and ideal routing condition by simulation, this algorithm has obvious advantages in receiving rate and energy saving.
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