missile computer 中文意思是什麼
missile computer
解釋
導彈計算機-
As the popularization and application of integrate logistics support engineering thinking at our country industry field and the military continuously, the evaluation of equipment integrate logistics support capability become the mostly means to check up the stand and fall of equipment character of supportable design, the efficiency of the equipment using supportability and the decision - making to equipment ' s continuous model development, at the same time, along with the development and maturity of computer simulation technique, the research of analysing and evaluating equipment ' s effectiveness steps into a new stage, we can get the handle and maintain data on the base of originally lasting accumulating in existence by utilizing the computer emulating technique, which is necessary to analyzing and evaluating the ground - to - ground missile ' s integrate logistics support effectiveness, via simulating the handling and maintaining process of ground - to - ground missile weapon, we can evaluate the ils effectiveness comp rehensively, impersonally, veraciously, consequently, provide decision - making gist to make the best support project
隨著綜合保障工程思想在我國工業界和軍方不斷普及和推廣應用，裝備綜合保障能力的評估成為檢驗裝備保障性設計好壞、裝備使用保障效能高低以及裝備后續型號發展決策的主要手段，同時隨著計算機模擬技術的不斷完善和成熟，裝備效能分析與評估研究進入了一個新階段，我們可以在導彈武器綜合保障效能分析與評估所需使用與維修數據原始積累的基礎上，利用計算機模擬導彈武器在真實使用環境中的使用維修過程，達到對導彈武器系統的綜合保障能力進行更全面、客觀、準確的評價目的，從而為裝備保障部門制定最優的保障方案提供更好的決策依據。 -
Missile maintenance traing simulation demostration system based on computer technique
基於計算機技術的導彈維修模擬演示系統 -
The first chapter introduced the background of researching problem, presents a common process to resolve this kinds of problem and a common procedure for this method ; the second chapter briefly presented the basic thinking of equipment ils engineering and equipment technique support, discriminate between equipment ils and equipment technique support ; in chapter 3, we studied the basic configuration of tactics ground - to - ground missile weapon system and the work content of technique support thoroughly, established the work - flow model of tactics ground - to - ground missile technique support in combat environment ; in chapter 4, we mostly discussed the essence content of technique support evaluation, introduced the application of tradition static evaluating methods in the aspect of evaluating the capability of tactics ground - to - ground missile technique support, such as ahp, adc and synthesis fuzzy evaluation method, and put forward the method of computer dynamic simulating evaluation ; the fifth chapter particularly introduced the design thinking and realizing method of tactics ground - to - ground missile technique support evaluation by computer dynamic simulating, in the end, give an emulation realization instance
第二章對裝備綜合保障工程和裝備技術保障基本思想進行了簡要介紹，並對裝備綜合保障和技術保障進行了辨析。第三章對地地戰術導彈武器的基本結構、技術保障工作內容進行了深入的分析研究，建立了地地戰術導彈戰時技術保障工作流程模型。第四章探討了地地戰術導彈技術保障評估的基本內容，詳細介紹了諸如「 adc 」 、綜合模糊評判等傳統評估方法在地地戰術導彈技術保障能力評估方面的應用，提出了計算機動態模擬評估的方法，並對地地戰術導彈技術保障能力動態模擬評估進行了初步分析。 -
Real - time simulation of missile control computer test signals based on cpld
的導彈控制計算機測試信號實時模擬 -
Then, the connected flying, stage separation, signal being sheltered process is simulated in computer, the influences imposed by working conditions and interfering factors for separation process are analyzed. furthermore, if the missile is controlled non - rolling, the stage separation process is simulated in another model. some of conclusions derived from above analysis are checked in theory
本文就某些可選分離方案進行了對比分析，對地空導彈一體飛行、級間分離、信號遮擋過程進行了計算機模擬，分析了影響條件和干擾因素對分離過程帶來的影響，進一步研究導彈若受控無滾時的級間分離過程，並從理論基礎出發驗證上述研究的部分結論。 -
In the field of science and techniques of defence, computer digital sumulation technology become the most advancedted technology in the field of military electronic information system, missile weapon system, aero - space project, etc. without support of simulation technology, the development of great national defence project and weaponry can not be as so fast like today
在國防科技領域，計算機數字模擬技術已成為軍事電子信息系統、導彈武器系統、航空航天工程等研製與實驗中的先導技術，沒有模擬技術的支持，重大國防工程和武器裝備的發展就不可能像今天這樣如此迅速。 -
The ultra - near anti - missile system for tank ( uast ) is a kind of intelligent weapon systems for tank to avoid attacks from anti - tank missiles in battlefield. uast is mainly composed of radar detecting system, computer system and counterattacking bomb system
坦克超近反導系統是主戰坦克防禦反坦克導彈攻擊的一種智能型武器，主要由雷達探測系統、計算機系統和反擊彈系統組成。 -
Over the past decades, computer modeling and simulation technology, have made a great advantage on different theories and methods, and been widely applied to the missile - weapon system design and manufacture
計算機建模與模擬技術，經過多年的發展形成了許多理論和方法，廣泛應用於國內外導彈武器系統研製中，發揮出巨大的經濟效益。 -
Using the in - system programmable logic device mach to optimize missile computer ' s testing system
優化彈上計算機測試儀設計的方法 -
Real - time dynamic testing platform for software embedded in missile - borne computer
飛機液壓泵計算機輔助測試系統 -
Finally, the operation of pulse power supply system is analyzed on the basis of the improved esd, cesd and computer - aided esd software. this sample shows the applicability of esd and cesd methodology in knowledge acquisition technology of aid decision - making for missile - launching
最後用esd和逆向esd及輔助軟體來對導彈穩壓電源電路進行了示例分析，展示了esd和逆向esd方法在導彈輔助發射決策知識獲取中的適用性。 -
The experimental results of reconstruction from computer - generated projections and real missile tomography projections show that the fast algorithm guarantees the fitness to original image, speeds the iteration time, and can be specially used for reconstruction for incomplete projections in fan scanning
利用模擬投影數據和實際導彈斷層掃描數據進行圖像重建，結果表明，與卷積反投影和代數重建法相比，此演算法特別適用於扇形掃描的不完全投影數據的圖像重建，在保證重建圖像擬合度的同時，大大提高了重建速度。 -
The classic example of an embedded system is the guidance system in a missile : a powerful computer dedicated to one task in the service of a large system
嵌入系統的一種典型例子是在導彈制導系統中使用一臺功能很強的計算機，專門為一個大型系統的運轉從事一項任務。 -
Also, the attitude algorithm of the strapdown inertial system of shipboard missile is investigated. on the basis of analysis the sins error model, computer simulation of the sins error are given in accordance with the stochastic error of the inertial instruments
此外，還對艦船捷聯姿態演算法進行了研究，並在分析捷聯系統誤差模型的基礎上，針對慣性元件的隨機誤差給出了捷聯系統的誤差模擬。
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