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Research on simulation system based on virtual reality technology for handling underwater vehicle in deep sea 基于虚拟现实技术的深水航行器操纵仿真系统的研究
The clear blue sky looks like the deep sea. 碧空像深邃的大海。
The underwater vehicle with USBL can be navigated by a single transponder moored on the sea floor. 摘要布放于海底的单只应答器能够为安装有超短基线的水下潜器定位导航。
The coelacanth inhabits the deep sea. 腔棘鱼栖息于深海。
Two frogmans slip into in the deep sea. 两个蛙人潜入深海中。
The deep sea is the last frontier left to explore. 深海是尚待探索的最后一个领域。
It's a deep sea adventure like no other! 它的深海探险就像没有别的!
Between the devil and the deep sea. 在魔鬼与深海之间。
By the deep sea, and music in its roar. 聆听涛乐,须在海里
Our 6,000-meter computerized underwater vehicle successfully explored the floor of the Pacific Ocean. 6000米无缆水下机器人完成了太平洋洋底考察。
Shanghai Deep Sea Fisheries Co., Ltd. 上海远洋渔业有限公司。
He wrote a dissertation on deep sea fish. 他写了一篇有关深海鱼类的论文。
When an AUV (the abbreviation of Autonomous Underwater Vehicle) executes the tasks in the sea, the Autonomous Underwater Manipulator (AUM) is its absolutely necessary performance unit. 水下智能机器人(Autonomous Underwater Vehicle-AUV)在进行海下作业时,水下智能机械手(Autonomous Underwater Manipulator-AUM)是其必不可少的执行单元。
He is between the devil and the deep sea. 他在魔鬼与深海之间。他进退两难。
A model to calculate the hydrodynamic component of sonar self-noise is presented by SEA method, which may be used for the sonar dome located in the boardside of underwater vehicle. 本文针对水下航行器舷侧的声呐基阵,采用统计能量法建立自噪声中水动力噪声分量的计算模型,并计算分析不同罩壁材料、吸声处理对声呐自噪声的影响。
A strange and mysterious deep sea creature. 一种奇异、神秘的深海生物。
The algorithm was applied to the control of an autonomous underwater vehicle designed by HEU. 作者运用该神经网络算法设计了水下机器人的运动控制器 .
The Doppler Velocity Log(DVL) simulation system for the underwater vehicle has been built in this paper. 本文建立了水下机器人的多普勒测速声纳仿真系统。
When we had settled in on Pacific Storm, Nicklin, cross-legged on his bunk, set up his Nikon D200, with its Sea &Sea underwater dome. 我们在太平洋风暴号上安顿好后，尼克林盘腿坐在床铺上装设他的NikonD200相机及Sea&Sea镜头防水罩。
The virtual design and kinematic simulation of the wobble engine adopted in the underwater vehicle were described. 应用虚拟样机技术,对水下航行器摆盘发动机进行了虚拟设计与动力学性能的仿真分析。