1) underwater wide platform
水下宽平台
2) underwater platform
水下平台
1.
It also provides a method for correcting the determing target track deflection which is caused by the underwater platform inclination an swing due to water flow, which is simplyfied when the underwater platform inclination is not great, The data obtained from oceanic experiments are applied to do simulation proofs.
给出了非固定水下平台对水面目标航迹的确定方法，提供了一种方 法修正平台倾斜和旋转对确定目标航迹带来的影响，并在平台倾斜不大时进行了简化，最后利用仿真数据进行了仿真验证。
2.
Serious biases in both the long-range detection and accurate location track, may be caused by the rocking of underwater platform in the complicated ocean current and tide, and may become great barricades on target detection, identification and classification.
水下平台由于处于海流、潮汐之中，引起平台自身的晃动与扰动，导致平台在远程探测、精确定位跟踪中产生严重偏离，对探测系统进行目标探测、识别、分类等工作形成障碍。
3) Autonomous underwater vehicle
水下自航行平台
1.
Based on miniature, low cost, expandability, using the modular design, the paper presents a CAN based hierarchical and distributed autonomous underwater vehicle (AUV) control architecture.
以小型、经济、易扩展为目标,采用模块化设计思想,开发了一种基于CAN总线的递阶-分布式水下自航行平台控制系统,并重点考虑了安全可靠性,对各节点负载进行了优化分配。
4) UUV
水下无人平台
1.
ROUTE PROGRAMMING OF UUV BASED ON IMPROVED GENETIC ALGORITHM;
基于改进遗传算法的水下无人平台航路规划
6) Underwater robot platform
水下机器人平台
补充资料：蕨类宽叶水韭(Isoetes japonica)
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条