torpedo control 中文意思是什麼
torpedo control
解釋
魚雷指揮-
The torpedo control system structure based on field bus technology has also been studied in this dissertation. presently, ccs is still widely used in the torpedo and there are many problems holdback the development of the torpedo control system, such as emi. by the introduction of the conception of " open bus system " to the torpedo control system, the performance of system can be improved greatly
本文還研究了基於現場總線技術的魚雷制導系統結構，目前魚雷控制和自導系統仍然主要採用集中式控制結構，存在諸多困擾魚雷控制系統發展的問題（如電磁干擾等） ，在魚雷制導系統中引入開放式總線系統概念（即將現場總線引入魚雷制導系統中） ，可以極大地提高魚雷控制系統的性能，解決原先存在的許多問題。 -
The main research advances can be summarized as follows : ( 1 ) study the signal processing ' s performances and methods of homing torpedo system comprehensively, in order to setting up a corresponding mathematical models ; ( 2 ) analyze the ocean channel ' s effects on the work of homing system, then found some models such as target echo signal, noise ( including background noise, target radiating noise, etc ), ocean reverberation. according to them, simulate the array signal ; ( 3 ) the system structure, every function blocks composing are studied and founded thoroughly. then, discuss methods of signal processing in time domain and airspace domain ; ( 4 ) program the simulation software of torpedo ' s homing system according to the simulation models and flow charts, which connected with torpedo ' s control part
本文所作的主要工作及研究成果主要有以下幾個方面： （ 1 ）對自導工作過程中的信號與信息處理的基本理論與方法進行了較為全面的研究，為建立一個較為完備的自導模擬系統提供了理論基礎； （ 2 ）討論了自導系統工作過程中海洋通道對目標回波信號與目標輻射噪聲信號等的影響，建立回波信號的數學模型、環境場中的噪聲信號模型（包括海洋環境噪聲、目標輻射噪聲與魚雷背景噪聲等）與海洋混響模型，模擬產生了聲自導系統基陣接收到的回波信號與噪聲信號； （ 3 ）深入研究並建立了自導模擬系統的總體框架，給出各個具體功能模塊組成，討論了聲自導系統對信號的時域與空域處理，並結合模擬程序中陣列信號處理模塊，給出固定多通道波束形成的模擬實現過程； （ 4 ）根據系統的模擬模型與已建立的模擬流程圖編制了通用魚雷模擬器自導系統模擬軟體，通過網路與控制系統相連，組成完整的魚雷模擬器。 -
Specification for detecting equipment of torpedo homing control
魚雷自導控制檢測設備規范 -
In general, torpedo e1ectrical power propulsion system consists of storage battery, control electrical equipmellt, propulsion dc motor and propellers
魚雷電動力推進系統通常由蓄電池組、控制電器、推進電機及推進器等幾個組件組成。 -
Mouse control aiming, press and hold the left mouse button shooting, the space bar to torpedo attack the enemy ship below
鼠標控制瞄準，按住鼠標左鍵射擊，空格鍵投魚雷攻擊下面的敵艦。 -
Quality control requirement for engine assembly of thermal propulsion torpedo
熱動力魚雷發動機裝配質量控制要求 -
Analyzed the needs of torpedo shooting range data fuse and simulation control system in network environment, communication, and how to schedule the experiment task. by the using for reference of dis and other distributed interactive simulation system, we finally brought out the system structure depend on the idea of middleware. 2
通過分析魚雷靶場綜合指控顯示系統對網路環境、通信機制、任務調度機制等的需求，在借鑒dis等成熟分佈試驗、模擬技術的基礎上，給出了魚雷靶場綜合指控顯示系統基於分佈試驗與測試中間件的體系結構。 -
This thesis stems from research of torpedo shooting range data fuse and simulation control system, one of the important projects funded by the national science and technology committee in this paper, the main research focus on several key technologies in the process of developing torpedo shooting range simulation control system
論文結合國防科工委「十五」國防基礎研究課題「魚雷靶場信息融合和綜合指控顯示系統研究」 ，對魚雷靶場綜合指控顯示系統實現過程中的若干關鍵技術進行了研究。 -
It summarizes the operation principle of torpedo ' s control and guiding system and the certain torpedo ' s target - searching logic
概述了魚雷制導系統的工作原理、某型魚雷的尋的邏輯。 -
The selection of a more fitted system structure for the torpedo control system is another aim of this dissertation
提出基於開放式總線的魚雷制導系統的結構，為魚雷控制系統選擇一個比較適合的總線結構，也是本文的一個目的。 -
Torpedo guidance and control system ( tgcs ) is a complicate and contradictory information decision and control system with a certain fuzziness
魚雷制導系統是一個復雜的、充滿矛盾的，具有一定模糊性的信息決策和信息控制系統。 -
Torpedo guidance and control system ( tgcs ) is an important part of torpedo whose performance is fine or inferior will directly influence torpedo ' s battling performance
魚雷制導系統是魚雷的重要組成部分，其性能的好壞直接影響到魚雷的整體作戰性能。 -
In this paper generic model control is applied to the design of controlling law of the nonlinear power propulsion system, at the work state of constant depth and variable speed, constant speed and variable depth movement of torpedo. then the simulation program of the torpedo thermal power digital simulation system comes forth which can be used for the dynamic simulation of the performance of the process of open - loop constant depth and open - loop constant speed, the process of close - loop constant depth and close - loop constant speed
本文採用一般模型控制的基本原理，對非線性動力推進系統進行控制律的綜合，設計了魚雷恆深變速、恆速變深控制的閉環控制規律，開發了魚雷熱動力系統數字模擬軟體，對魚雷熱動力推進系統的典型工況：開環恆深、開環恆速以及閉環恆深、閉環恆速進行動態模擬。 -
Depending on the optimized model of thermal torpedo ' s power & propelling system, the method of rotation rate close - circuit control is used in rotation rate controller, which is based on variable structure control for nonlinear systems. finally, the rotation rate controller is designed and passed through the debugging
針對魚雷熱動力推進系統的非線性特點，研發出基於非線性變結構控制的轉速控制規律，並成功研製了動力推進系統控制系統的核心部件? ?轉速控制器。經模擬和調試驗證，所搭建的測控系統結構合理、性能完備；轉速控制器滿足使用要求。 -
The overall modal of test - bed for test & control system is built, based on deeply analysis of thermal torpedo ' s power & propelling system in a overall design view. in the paper, the general building of test & control system, the building of all parts " simulation model ( subsystem or module ), testing software designing and rotation rate control designing are discussed mainly
本文在對魚雷熱動力推進系統性能深入研究的基礎上，完成了動力推進系統測控系統試驗臺的研製，包括測控系統總體設計、各模塊模擬模型建立、測試軟體設計及轉速控制器研製等主要內容。 -
6. the given approaches on robust controller and filter are applied in a torpedo control system. the simulations show its efficiency and feasibility
將論文中的控制和濾波演算法應用於某型魚雷控制系統，模擬結果說明了演算法的有效性和合理性。 -
Mil _ std _ 1553b bus, which has wide applications in the aviation electrical field, has been studied in the fifth chapter. by the comparison of mil _ std _ 1553b and can bus, the conclusion indicates that can bus has a higher rate of performance to price. so, can bus can be a good choice for the torpedo control system
本文在第五章分析了目前在航空電子領域有著廣泛應用的mil _ std _ 1553b總線，並將它與can總線進行了詳細的比較，得出can總線系統具有優異的性能，而且成本比1553b總線系統要低得多，是一種比較適合的選擇。 -
On the basis of summarization of the simulating technology of sonar signal, the paper brings forward the mathematics models of radiate noises of ships and torpedo, and simulates in computer ; tests the correctness of some pivotal methods through the simulation, on the basis of which, system scheme being brought out ; a parallel processor with twelve sharcs, combining with parallel processing theory and topographic configuration, is used to realize the algorithm of noise simulation on the basis of research on optimum distribution of algorithm and method of embedment in real time ; at last, gui, realized with vc + + language, is used to set parameters and control the whole parallel system flexibly and conveniently
本文在綜述聲納信號模擬技術的基礎上，首先提出艦船和魚雷輻射噪聲的模擬數學模型，並進行了計算機模擬實現；通過計算機模擬驗證了一些關鍵技術的正確性，並由此提出系統實時實現方案；構造了一個12個處理器的并行處理機? sharc陣列，結合併行處理理論和sharc陣列的拓撲結構研究了有關模擬演算法的最優分配及其嵌入整個聲納系統的方法，實時實現了噪聲模擬演算法。最後，使用vc + +語言編寫人機界面，靈活、方便地進行參數設置以及對整個并行處理系統進行控制。 -
Also it has a good reference value to the build of the torpedo ' s electrical measure and control laboratory that is being demonstrated and prepared
另外，魚雷電動力智能網路化測控系統模型的研究對本系今後實驗室的建設也有很大的參考價值。 -
Now, the system architecture of tgcs mainly use the central control system ( ccs ), but modern war needs that torpedo ought to have higher performance, especially further voyage, higher maneuverability. they bring all kinds of message and connecting mode
目前魚雷制導系統主要採用集中式控制的體系結構，但是現代戰爭對魚雷提出了更高的要求，尤其是大航程、高機動性使得魚雷的信息種類多、連接方式多樣化。
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