tactical uav 中文意思是什麼

tactical uav 解釋
戰術無人駕駛航空器
  • tactical : adj 戰術(上)的;策略(高明)的,善於機變的。 a tactical diameter 【航海】回轉直徑。 a tactical ...
  • uav : 航空器
  1. Thispaperhasstudiedonthedatalinkinterfacetechniqueoftacticalcontrolsystem. firstof all, functional requirement and the important role of data link interface in tactical controlsystem is introduced ; secondly, with object oriented method, the characteristic of uav taskcontrol process is analysed, and then uav task control information model is established, anddata link interface standard of tactical control system is designed based on this model, including message format and transmission mechanism ; thirdly, data link control module isdesigned based on embedded linux operating system and has realized conversion betweendata link standard interface and the private interface of uav data link ; and then, combinationreal time corba middleware and its event channel, data link control modular componenttechnology is studied, and realization scheme is put forward ; finally, demostration is madebased on prototype of tactical controlsystem, which verify the validaty of data link interfacestandardandembeddeddatalinkcontrolmodules

    本文對戰術控制系統中的數據鏈介面技術進行研究:分析了數據鏈介面在戰術控制系統中的功能需求;採用面向對象的方法,分析無人機任務控制問題,建立了無人機任務控制信息模型,並基於該模型設計了數據鏈介面通信協議,包括報文格式和傳輸機制;基於嵌入式linux系統設計了數據鏈介面控制模塊,實現了數據鏈標準介面與無人機數據鏈私有介面之間的相互轉換;結合實時corba中間件及其事件通道,研究了數據鏈介面控制模塊組件技術,並給出了實現方案;通過戰術控制原理實驗系統的演示實驗,驗證了數據鏈介面通信協議和嵌入式數據鏈介面控制模塊的有效性。
  2. Motivated by the increasing request of providing the battlefield data dissemination and communications relay, we presents the design of an unmanned aerial vehicle ( uav ) platform ' s applications of tactical communications for providing beyond - line - of - sight ( blos ) communications capability. providing a description of the uav platform ' s development, we conduct a deeply study on the wireless asymmetric data link structure, communication protocols and the algorithm of data dissemination

    本文根據戰場通信覆蓋和數據分發的需求,用無人機作為超視距戰術通信的中繼平臺,構成非對稱數據傳輸系統,對系統體制、非對稱傳輸鏈路、通信協議和數據分發調度演算法等進行了深入研究。
  3. 1. the transfer architecture of the uav ' s blos communication is studied. based on the layered structure, we presented a new topic design of the uav platform based blos communications relay, which includes backbone layer, tactical layer and mission layer

    研究了無人機超視距通信的傳輸體制,基於結構分層概念,提出了包括主幹層、戰術層和任務層的無人機超視距多鏈路中繼的綜合信息傳輸方案。
  4. This paper presents the results of studies on collectivity scheme and some key technologies about the network - based navigation system which is composed by existing stations ( e. g. radio beacon ), unmanned air vehicles ( e. g. relay uav ), other air - tactical serving vehicles and data relay satellites

    本文研究了利用地面現有臺站(如無線電信標臺)和移動站(如移動指揮車輛) 、空中無人機平臺(如中繼無人機)和其他空中戰術服務平臺、以及數據中繼衛星等構成的網路化導航系統的總體方案和相關技術。
  5. Data link interface is the interfacebetween tactical control system and data link system of uav, it links general control unit anddifferent data link system of uav efficiently together, and is the key that realizes commonfunctionoftacticalcontrolsystem

    數據鏈介面是戰術控制系統與無人機數據鏈系統之間的介面,它有效地將通用控制單元與不同無人機數據鏈連接在一起,是實現戰術控制系統通用功能的關鍵。
  6. The unmanned air vehicles tactical control system ( uav - tcs, for short tcs ) is aninnovation of the usage of uav. it aims to explore a common unit, which can control andcommand all uav from now to future

    無人機戰術控制系統(簡稱戰術控制系統)是一種無人機使用概念創新,目標是研製出一個通用無人機控制單元,能夠控制和使用當前和將來的各種無人機。
  7. Due to more and more application of unmanned air vehicles ( uav ) in war, theinteroperabilityand currencybetween uav systems become veryimportant. in 2001. 04, thefirstexperimenttocontrolthetake - offandlandingofamericanavy “ predator ” is carriedoutby the tactical control system ( tcs ), which is developed by america navy. in theexperiment, the launch and recovery, flight control and payload control is finished, and thedata can be received directly from “ predator ”. for investigate the framework, informationcriterionandkeycontroltechniqueoftcs, it ’ snecessarytotesttheprototypeoftcs

    隨著無人機在戰爭中越來越多的應用,無人機系統之間的互操作性和通用性變得尤為重要, 2001年4月,美國海軍研製的戰術控制系統對美海軍「捕食者」無人機進行了首次起飛和降落控制試驗,試驗完成了無人機的發射和回收、飛行控制、載荷控制,並可從「捕食者」飛機直接接收數據。
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