avionics system 中文意思是什麼

avionics system 解釋
航空電子設備系統
  • avionics : n. 航空電子學;航空控制系統。
  • system : n 1 體系,系統;分類法;組織;設備,裝置。2 方式;方法;作業方法。3 制度;主義。4 次序,規律。5 ...
  1. Research on the reliability modeling of sci rings in avionics system

    環型互連的可靠性建模研究
  2. Avionics system is a vital component of modern aeroplane

    航空電子系統是現代飛機的重要組成部分。
  3. Avionics self - protection system is a subsystem of the advanced avionics system, which has the main functions to find hostile radar - guided weapons system and infrared - guided weapons system by using the mothed of radar reconnaissance. and then to countermeasure enemy ' s radar - guided weapon system and infrared - guided weapons system by adoptinging those measures of electric - magnetic jamming ( active countermeasures ), chaff cloud deception jamming ( passive countermeasures ) and ir decoy deception jamming ( passive countermeasures ) so as to protect our airplanes from the hostile attacks this paper have researched deeply for the integrated mode of avionics self - protection system

    航空自衛系統是先進航空電子綜合化系統的一個分系統,其主要功能是通過雷達偵察方式發現敵方雷達制導武器系統和紅外製導武器系統,並通過實施電磁干擾(有源干擾) 、箔條雲欺騙式干擾(無源干擾)和紅外誘餌欺騙式干擾(無源干擾)對抗敵方雷達制導武器系統、紅外製導武器系統,保護我機免受敵方武器系統攻擊。
  4. After target is detected the on - board avionics suite in combination with the automatic control system of the helicopter solve the task of bringing the helicopter to the designated point and automatic firing of the weapons selected by the pilot

    當捕獲目標后,機上的自動控制系統與電子系統將解算任務數據,引導直升機飛向敵潛艇水域,並在飛行員指令準許下自動發射武器進行攻擊。
  5. According to ccar - 145, civil aviation authority inspects the quality system of avionics repair station for the following items : personnel, equipment, material, documentation and facilities

    民航管理機構按照「 ccar - 145 」對航空電子維修站質量體系進行的審查主要集中在以下幾個方面:人員、工具設備、維修器材、適航性資料和廠房。
  6. The latest development of elmc, which is composed of distribution power center unit ( dpcu ) and electrical remote terminal ( ert ), is generalized in the paper. elmc scheme is presented according to the characteristic of avionics and the request of fault tolerant electrical power system ( ftep ). ftep structure based on 270v direct current is then designed to realize the demonstration of dpcu

    本文首先分析了elmc在國內外研究發展狀況,並依據航空電子系統特點和容錯供電要求,提出了由配電中心和控制中心組成的elmc的總體方案;完成了270v高壓直流供電的飛機容錯供電系統方案的設計,實現了供電系統中二次配電方案的控制與管理的模擬演示。
  7. Therefore the airborne data transmitting bus are one of the key technologies of the avionics integrated system. in the design of the avionics integrated system, the performance of the airborne data transmitting bus played an indispensable role

    因而,機載數據傳輸總線是航空電子綜合系統中的關鍵技術之一,在航空電子綜合系統的設計中,機載數據傳輸總線的性能變得十分重要。
  8. The development on management information system ( mis ) in the airbome avionics equipment deptaed ( md ) is to enable the intemal information to be shared in the chengdu aircraft industrial ( group ) co. ltd ( cac ) in order to raise management efficiency and reduce the administrative cost

    特設管理信息系統開發就是使特設系統內部乃至於在成都飛機工業集團公司(以下簡稱成飛)范圍內實現信息共享,提高管理效率,降低管理成本。
  9. The designed principle prototype will lay a solid technological foundation for the engineering of the avionics self - protection system. we can believe that the backward situation and configuration mode in the avionics system will be thoroughly changed with the practical application for the engineering products manufactured on the basis of the technology of prototype. moreover the gap between china and the other advanced countries in the same field will be shorten and the effectiveness of combat and self - protection will be improved greatly

    可以相信在原理樣機的技術基礎上研製成功的工程化產品在航空自衛系統的應用,將徹底改變目前我國航空自衛系統的結構方式和落後局面,縮短了我國在該領域與國外先進國家的差距,必將極大的提高我軍的戰斗能力和自身保護能力。
  10. Development and important supporting technology of integrated avionics system

    綜合化航空電子系統發展歷程及重要支撐技術
  11. Technology of display & control application in airbone intergrated avionics system display & control computer is introduced in this paper, which include procedure of research, design and implemention

    為適應我國航空電子發展的需要,我們進行了航空電子系統小規模綜合化項目的研究。
  12. With the upgrade of integrated avionics system, the requirement of avionics system data network, such as, high bandwidth, high rate, high reliability and low latency, are more urgent than ever

    摘要隨著新一代航空電子系統綜合化程度的不斷提高,航空電子系統對其數據網路傳輸與交換的性能需求也越來越高,不僅要滿足大吞吐量、高速率、低延遲等需求,還要滿足容錯、重構等需求。
  13. In come to the develop requirement of avionics system, we have processed pre - research project in small scale intergrated, it will play an important role on aspect of intergrated functions, and promote military plane " s fight power, on the other hand, it decrease work pressure of pilot

    機載顯示控制系統是新一代航空電子系統實現綜合化、數字化和智能化的核心與關鍵,對實現航空電子系統功能的綜合化、提高飛機的作戰能力和減輕飛行員的任務負荷起著重要的作用。
  14. This paper introduce the topologies of avionics communication system, transfer protocol of the data bus and the kernel of designing the avionics system through the study of the development of avionics communication sytem in the world

    本文結合目前國內外航空電子通訊系統的發展狀況,討論了航空電子通訊網路的拓撲結構,總線通訊的傳輸協議,以及航空電子通訊軟體的設計規則。
  15. The thesis " content is modelling and analysis of integrated avionics system data bus with stochastic petri net

    本文的內容是基於隨機petri網的航空電子綜合系統數據總線的建模分析。
  16. Now this simulation platform has been successfully used in the union simulation experimentation of one airplane ' s avionics system

    目前該平臺已成功應用於某型號飛機的航電系統聯合模擬試驗中。
  17. The purpose is optimizing bus transmission system by the analysis of integrated avionics system data bus capability parameter

    通過對綜合航電系統數據總線的性能指標分析,以達到優化總線傳輸系統的目的。
  18. In recent years, the integrated avionics system has been continuously developed and improved with the development of science and technology

    近年來,由於科學技術的不斷發展,使得航空電子綜合化系統也不斷發展、提高。
  19. Since the 1553b bus interface board plays a key role in the realization of integrated avionics system, its design is quite important

    而1553b總線介面板是實現航空電子綜合化系統的關鍵部件,故而1553b總線介面板的設計就顯得非常重要。
  20. It states that the next generation avionics system must support separate function, high system colligation, high data transmission, distributed control and improve intelligent. then, the paper discusses the key technology of fdmrs and bring forward whole frame of fdmrs

    按照飛機設計功能區分明確、系統綜合化高、數據傳輸高速、控制功能分佈、智能化逐步提高等技術發展方向,設計了飛行數據管理記錄系統的總體結構及其關鍵技術。
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