水下模擬系統 的英文怎麼說

中文拼音 [shuǐxiàmónǐxìtǒng]
水下模擬系統 英文
undersea simulation system
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 下 : 下動詞1. （用在動詞后,表示由高處到低處） 2. （用在動詞后, 表示有空間, 能容納） 3. （用在動詞后, 表示動作的完成或結果）
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 擬 : 動詞1. （設計; 起草） draw up; draft 2. （打算; 想要） intend; plan 3. （模仿） imitate
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 模擬 : imitate; simulate; analog; analogy; imitation; simulation模擬艙 boilerplate; 模擬電路 [電學] circ...
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. Research on real - time simulation system of autonomous underwater vehicle

    自治水下機器人實時模擬系統開發研究
  2. Research on visual simulation system of autonomous underwater vehicle

    水下航行器視景模擬系統的研究
  3. Second, we establish the equation of human body ' s movement by the utilization of former optimizing results and the method of multiplying of matrix. at last, we design and develop the 3 - dimensional simulation system of springboard diving with the tool, opengl. the result shows that the model has good vision effect and real - time nature and is very useful to practice

    最後，本文以opengl為工具，在vc + + 6 . 0環境下開發了此跳板跳水模擬系統，實驗結果表明該方法建立的人體模型視覺效果和運動實時性較好，對指導實踐有較高的應用價值。
  4. An approach to multitask scheduling for underwater vehicle guidance simulation system

    水下航行器制導模擬系統多任務調度方法
  5. In such a background, this paper investigated the visualization simulation system which is applied to simulate the transient process of the water conveyance system in the hydropower station

    本文正是在這樣的背景下，對水電站輸水系統的水力過渡過程的可視化模擬系統進行了研究。
  6. This dissertation derives from the national ninth five - year plan project " torpedo weapon system development and mathematic simulation methods research " and china shipbuilding industry group ' s project " sub - water multi - target trajectory counterwork distributed interactive simulation system "

    本論文題目來源於總裝備部「九五」預研課題「魚雷武器系統規劃發展數學模擬方法」和中國船舶重工集團第七五零試驗場課題「水下多目標彈道對抗分佈交互模擬系統」 。
  7. Then, based on several existed ga methods, a ga methods was applied in the gpp problem with the auv s grid environmental model, and it was tested by the joint simulation experiment in the auv simulation system. the gpp method in ga based on apf was also developed by simulation test

    然後在已有幾種遺傳演算法路徑規劃方法的基礎上，針對智能水下機器人的柵格化環境模型，用遺傳演算法進行了全局路徑規劃的研究，並且在水下機器人模擬系統中進行了聯調模擬驗證。
  8. In addition, the automatic acquisition of the fuzzy rules was tried. analyzing the result of the pool trial, we discussed the factors which affected the veracity and facility of the simulation system, and evaluated it. it is very significant for future work

    論文還在水下機器人水池試驗結果初步分析的基礎上，討論了影響模擬系統準確性和真實性的各種因素，對模擬系統進行了綜合評價，對以後的工作有較大的指導意義。
  9. Research on simulation system for navigation of autonomous underwater vehicle

    自主式水下潛器導航模擬系統研究
  10. The research in this paper has definite theoretic and practical value. it also makes the solid basis for later development of this simulation system

    本文的研究工作在水泥行業及其他的模擬領域具有一定的理論和實用價值，同時也為整個水泥生產過程模擬系統的后續開發打下了堅實基礎。
  11. The electro - hydraulic load simulator of fin stabilizer is physical half - objective simulative system. its function is to simulate, under laboratory conditions, different kinds of hydrodynamic force exerted on the fin stabilizer so as to detect technical performance index of the driving system of fin stabilizer. thus the classical self - destructing all - objective experiment will be converted to half - objective forecasting experiment in laboratory to achieve the aims such as shortening lead time, saving developing funds, enhancing reliability and success proportion

    減搖鰭電液負載模擬臺是一種半實物物理模擬系統，其功能是在實驗室的條件下，模擬船舶航行過程中減搖鰭所受的海浪水動力載荷譜，從而檢測減搖鰭驅動系統的技術性能指標，將經典的自破壞全實物實驗轉化為在實驗室條件下的半實物預測性實驗，以達到縮短研製周期、節約研製經費、提高可靠性和成功率的目的。
  12. Based on the auv ' s motion simulation system, the basic fuzzy logic controller is established using manual trial - and - error process at first

    論文基於水下機器人的運動模擬系統，首先以手工試錯方式建立了基本的模糊控制器。
  13. When the data of logistics in current process are used for input of simulating logistics in future 100 % continuous casting process, supply of hot metal from iron - making process may not satisfy the needs of 100 % continuous casting on raw materials. because planning scheme in continuous casting process depends greatly on smelting scheme in convertor vessel, it is important for operator to balance raw materials supply, smelting and casting in order to realize the scheme of 100 % continuous casting. when some equipment are work abnormally, mixer of hot metal and lf furnace can be used for logistics buffer

    用攀鋼煉鋼生產數據對模擬軟體系統進行的測試和模擬研究結果表明：模擬系統的隨機數發生演算法可以實現對作業時間的依分佈隨機抽取；在相似的輸入條件下，模擬結果與實際生產物流的時間分佈規律基本吻合，達到了模擬軟體設計的預期目標；若以攀鋼提釩煉鋼廠現工藝的鐵水輸入作為全連鑄后的輸入條件，則現工藝的物料供應能力可能難以滿足全連鑄生產的要求；連鑄機的連澆計劃對轉爐爐次計劃的編制有很高的要求，合理安排來料、煉鋼與澆鑄三者間的物流平衡關系將是保證全連鑄作業的重要條件；當出現設備異常情況時，可以利用混鐵爐與lf爐站前等待作為物流緩沖池，通過延長系統的平均物流時間來緩解因設備檢修和故障等擾動所造成的影響，確保生產的順利進行。
  14. Tcvs integrated the traditional simulation computation with the virtual environment. it is an important part for studying and experimenting in the virtual underwater weapon combat environment

    水聲對抗三通道視景模擬系統將傳統的模擬計算和虛擬環境有機地結合為一體，是水下武器虛擬作戰環境研究和試驗的重要組成部分。
  15. Specifically, in terms of mechanism, the evolutionary mechanisms and regularities of water cycle and accompanying processes of river basins under the effects of high intensity mankind activities will be revealed ; in terms of modeling methodology, an integrated simulation system will be constructed for the “ natural - artificial ” binary water cycle and related processes of river basins to create the basic theories and methods of high efficiency water resources utilization ; and, in terms of application basis, quantitative criteria and patterns will be created for high efficiency water resources utilization and integral control of water cycle in water scarce areas

    具體來說，在機理層面上，揭示高強度人類活動作用下的流域水循環及其伴生過程演變機理與規律；在模型方法層面，構建流域「天然人工」二元水循環及相關過程綜合模擬系統，形成水資源高效利用的基礎理論與方法；在應用基礎層面，提出缺水地區水資源高效利用和水循環整體調控的定量標準與模式。
  16. The sdriulation system is of great prachtal vaiue, and by means of sedating the whole wate environment and quantitative analysis on the basis of exhaustive data, the rule of the distribution of waer quanity and the condition of water quality of dianchi basin is got. therefore the sedation system lay the fotmdation of utilizing water resouree rationally and cothelling water pollution nely for the decision makr

    利用模擬技術和gis技術對滇池流域水環境污染狀況進行模擬研究，並開發出一套計算機模擬系統，通過對實際水環境的模擬，全面認識流域的水量和水質情況，並在數據支持下定量化，從而得到合理利用水資源並進行污染治理的科學依據。
  17. Research and development of visual scene simulation system in underwater vehicle distributed interactive simulation system

    水下航行器對抗視景模擬系統研究
  18. The work in this thesis focuses on the design, exploitation and realization of the tcvs. the main research and achievements are as follows : ( 1 ) the developing environment of software associate with mfc, opcngl and opengvs, which establish the virtual combat environment of the underwater acoustic counterwork with three - dimensional visual simulation and sound, etc. the problem of chinese character display under opengvs has been solved, and the assistant charts have been used to show the parameter of underwater combat

    本論文圍繞「水聲對抗三通道視景模擬系統」的設計、開發及實現而展開，其主要研究工作及所取得的研究成果如下：基於mfc 、 opengl和opengvs聯合的軟體開發環境，建立了三維視景、聲效及許多效果相結合的水聲對抗虛擬環境。
  19. In this paper, mapinfo profession 6. 0 was applied to build and manage space geographical information ; mapinfo mapx4. 5 was used as a activex control to model and describe the air diffusing area of the spilled gas chemical, by the technology of ole, made used of the integrating environment of visual basic 6. 0, we finished developing research on the air diffusion system of spilled gas chemicals based on gis. the system can dynamically show the diffusion range of spilled gas chemicals on computer screen after inputting necessary parameters. the paper include 7 chapters

    我們是以mapinfoprofession6 . 0作為空間地理信息建立和管理工具， visualbasic6 . 0作為系統用戶界面開發與計算模塊編程工具， access2000作為有關數據庫開發與管理工具， mapinfomapx4 . 5地理信息系統地圖控制項作為計算機模擬顯示控制項，通過ole技術，在vb的集成環境下進行「基於gis的水運氣體化學晶泄漏大氣擴散模擬系統」的開發創建。
  20. Research on simulation environment and evaluation of airborne c3i system

    的水下戰模擬系統研究
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