但是,我们许多人希望看到的是三维水深(地形)数据,以及!
理、成像算法、自聚焦运动补偿技术与合成孔径测深的仿真和实验结果。
的阿古拉斯现行制度是一项复杂的相互作用的电流和涡旋的水深。
不规则水流碎浪区的海洋测深技术:浮标观测和数值模拟
水深测量的精确度和从浅皮的机载光学时间序列图像的还原
多子阵幅度-相位联合检测法在多波束测深系统中的应用
1·Simulation and experiment on basic principle, imaging algorithms, auto - focusing techniques and bathymetry are given in chapter five.
理、成像演算法、自聚焦运动补偿技术与合成孔径测深的模拟和实验结果。
2·In a multi, beam bathymetry system, phase detection is a key for achieving super, wide coverage.
多波束测深系统中,相位检测法是实现超宽覆盖测量的关键技术之一。
3·Satellite remote sensing, bathymetry and high-resolution seismic data have been used to examine the marine geo-hazards in the modern Yellow River delta.
利用卫星遥感、测深、浅地层剖面及钻孔资料研究了黄河三角洲海岸及近海海洋灾害地质,编制了黄河三角洲海洋灾害地质图。
4·Amplitude based methods or phase based methods are usually used in multi-beam bathymetry system and chosen according to some rule, which may bring about unpredictable errors if wrong choose occurs.
多波束测深系统中经常使用幅度法或相位法来进行海底检测,并且按某种准则来选择,但如果选择错误,可能会带来不可预测的误差。
5·Single beam bathymetry is widely used in marine geologic survey. Tidal calibration is very necessary to guarantee correct results of the bathymetry.
单波束测深仪在现在的海上地质调查中被广泛应用,潮汐校正是必不可少的内容。