走向持久合作的海洋机器人

B. Claus, J. Kinsey, Yogesh A. Girdhar
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引用次数: 6

摘要

这项工作描述了正在进行的努力,以获得通过所需的导航精度、能耗、通信性能和观测目标来集体指导异质车辆组的轨迹、速度、通信速率和采样率的方法。这些方法在2016年夏季和秋季的现场试验中得到了实验验证。初步结果表明,使用精细尺度区域海洋学模式作为定位感兴趣的特征的工具是有用的;告知卫星和水声通信方法的空间范围、带宽和电力使用情况;并提供声学辅助和死角导航方法的性能和能源使用数据。
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Towards persistent cooperative marine robotics
This work describes the ongoing effort to derive methods to collectively direct a heterogeneous group of vehicles trajectories, velocities, communication rates and sampling rates by the navigational accuracy required, energy consumption, communication performance and observational goals. These methods are being experimentally validated through field trials during the Summer and Fall of 2016. Initial results demonstrate the utility of using fine scale regional oceanographic models as a tool to locate features of interest; inform the spatial extents, bandwidth and power usage of both satellite and acoustic communication methods; and provide data on the performance and energy usage of the acoustically aided and dead-reckoned navigation methods.
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