摘要
基于潜艇在水深底质数据下依靠粗糙的Dem数据性能较差的问题,提出了根据水深底质数据进行快速插值计算出水下高程数据的方法,通过A星算法求出起点到终点的一条合理路径,再根据求出的合理路径结合模拟退火算法求出潜艇起点到终点的较优路径。通过实验表明,在潜艇的潜水深度范围固定时,基于水深底质数据此方法可以快速规划出较优的航行路线,性能提高了70%。
The submarine at a depth of sediment data rely on Dem data based on the problem of poor performance of the rough, put forward according to the depth of sediment data fast interpolation method of calculating the height data under water, through the A star algorithm to find a reasonable path to the starting point to the end point, according to the reasonable path obtained by simulated annealing algorithm the starting point to the end point of the optimum path. Experiments show that when the submarine's depth range is fixed, based on water depth data, this method can quickly plan a better sailing route, and the performance is improved by 70%.
出处
《电子设计工程》
2018年第1期70-73,共4页
Electronic Design Engineering
关键词
快速插值
水深底质数据
A星算法
模拟退火算法
深度范围固定
fast interpolation
bathymetry data
a star algorithm
simulated annealing algorithm
depth range fixed