無人機攻擊 的英文怎麼說
中文拼音 [wúrénjīgōngjī]
無人機攻擊
英文
drone attack-
Beholders are hateful, aggressive, and avaricious, attacking or dominating others whenever they can get away with it
眼魔令人生厭、好鬥且貪得無厭，只要一有機會就會攻擊或支配其他生物。Aviation : unmanned aerial vehicles are a vital tool of modern warfare. once - harmless drones are now deadly attack aircraft. where did the technology come from, and where is it going
航空：無人駕駛的空中飛行機是現代戰爭的一中至關重要的工具。曾經無任何傷害的無人駕駛飛機如今成了有致命攻擊性的飛行機。這種科技是從何處產生的，而它又會用於何處？The mission assignment between the multi - uav. to the multi - uav system, the main problem is the cooperative of multi - uav. this includes the coordination of the arrival time, the attacking direction and the tasks assignment
對多無人機系統來說，最主要的問題是各無人機之間的「協調」問題，即多架無人機的航路（包括時間和攻擊方向等的限制）和任務的協調。First of all, we bring forward the basic project of tadil, which adapts to combined operations. it is suggested to use tdma ( the abbreviation of time division multiple access ) as the working pattern and utilize the concept of mobile ad hoc network to construct the data link network. aiming at the impact of time delay on data link and the characteristic of cooperative combat under the command of director aircraft, this thesis applies a kind of kalman filtering algorithm in polar coordinates to compensate the error of time delay, and then does the transformation of target motion parameters to obtain the current information of target
本文結合空軍裝備部某「十五」預研課題，圍繞著戰術數據鏈、多機協同多目標攻擊、超機動攻擊、空對地攻擊這四個方面展開了一系列的研究工作:本文首先給出了適應三軍聯合作戰的戰術數據鏈系統的基本方案，建議採用時分多址的工作模式，並利用移動自組織網路的概念構建數據鏈網路，同時針對數據鏈傳輸信息的時間延遲特性和指揮機指揮下的多機協同作戰特點，應用一種極坐標系下的卡爾曼濾波演算法對該傳輸延遲誤差進行補償，並在此基礎上進行目標運動參數的轉換，以獲得目標相對于某無人機的當前運動信息，且利用模擬驗證了方法的有效性。Due to mission profile, launched conditions and trajectory, maneuver chains for stand off missile are designed. instruction control model and maneuver model is setup for ucav flight simulation
結合作戰任務剖面、導彈發射條件和彈道，設計出無人機防區外攻擊導彈發射前、后的機動動作鏈。Cooperative attack action of multi - ucav team
多架無人作戰飛機攻擊行為的協調Abstract : suppressing air ? defense operation has become a main type of air attack in order to decrease danger and man damage, pilotless aircraft is just suitable to this requirement
文摘:壓制防空作戰已成為近期局部戰爭的一個主要空中攻擊作戰模式，降低風險、減少人員傷亡是這種戰法的初衷，無人機正適應這種需求。Through those models, ucav representative maneuver chains simulation in as attack is achieved. a simulation is carried out for ucav stand off attack, through which, the corporation between ucav and as missile is discussed
通過一個無人機實施防區外攻擊的算例，總結出導彈發射前後無人機的動作鏈特點，對無人機作為空地武器發射平臺與空地導彈的配合問題進行了初步的探討。Then the detection probability of a distributed parallel detection system that consist of multiple distributed detectors is given. ( 2 ) the path planning is studied according to the attacking and the reconnaissance / surveillance mission task requirements
（ 2 ）本論文對無人機的攻擊任務，特別是偵察監視任務進行了分析和研究，根據作戰效能評定原則提出了合理的航路評價指標，簡便易行，適于實際計算。The paper mainly does research on simulation of the air - to - surface ( as ) attack mission. on the basis of that, as attack representative maneuver chains are designed. and, corporation between uninhabited combat air vehicle ( ucav ) and as missile is discussed in the process
本文主要針對無人機對地攻擊任務特點，開展模擬模型研究，並以此為基礎設計出無人機防區外攻擊的典型動作鏈，對攻擊過程中無人機與空地導彈的配合問題進行了初步的研究。To improve the efficiency of the uav ' s mission, the highly effective path the uav will fly during the execution of the mission should be planned before the mission carrying out, which give a promise for the uav to arrive at the target with a higher survivalbility and an acceptable path length
摘要為了提高無人機（ uav ）作戰任務的成功率，在敵方防禦區域內執行攻擊任務前必須規劃設計出高效的無人機飛行航路，保證無人機能夠以最小的被發現概率及可接受的航程到達目標點。To increase the campaign effectiveness of uav, this thesis discusses the path planning of uav and solve the path planning in two conditions : the attacking mission and the reconnaissance / surveillance mission. some works have done to deal with the problems of mission planning, which considering the problems of dynamic environment and the multi - uav mission
為了提高無人機的作戰效能，本文根據無人機的任務方式討論了無人機的航路規劃問題，分別對無人機攻擊任務和偵察搜索任務的航路進行了研究，並進一步對無人機的任務規劃問題進行了一些研究，涉及到了多機任務和動態問題。The design difficulties and characteristics about the reconnaissance uav, the attack uav, the micro uav, the vertical / short range take - off uav and the ucavs are presented
針對目前己有的幾種作戰無人機，分析了偵察型無人機、攻擊型無人機、微型無人機、垂直短距起降無人機、無人作戰平臺等的設計特點和技術難點。According to the re - attacking property of the drone using the method of zero times sample test, the loss of the drone in flight test is decreased. after the data of hitting point is gotten in test, the bayesian method, which is based on the data of the test and the information of the simulation before the test, is used to analysize the precision guidance
對飛行試驗的靶試結果的分析，採用了兩種方法：零次靶試和小子樣靶試，零次靶試利用了無人機可拉起后進行重復攻擊的特性，以減少試驗損失，在得到落點數據后，運用bayes方法對落點信息和模擬信息進行分析，獲得其制導精度。It can construct a reference path with lowest danger for the uav ( unmanned aerial vehicle ) by accounting for some aircraft performance characteristics, the mission goals, the threat information and the terrain information. this paper puts emphasis on the study of path planning algorithms and the analysis of uav missions. the main contributions are summarized as follows : ( 1 ) the threat environment, mainly as the radar threat, is studied and the detection probability of the aircraft is analyzed
本論文主要根據無人機的作戰任務方式進行了航路規劃研究，包括攻擊航路和偵察監視任務航路，具體內容包括以下幾個方面： （ 1 ）本論文分析了威脅空間的威脅計算問題，對飛行器探測概率進行定量化的研究，根據恆虛警處理技術對雷達探測概率計算方法進行了總結，說明了計算單部雷達探測概率問題的方法，在此基礎上對雷達網的探測概率計算進行了討論，提出了相對于距離的探測概率求解方法和思路，用於攻擊航路規劃中的威脅計算。Analysis of threat degree of target attacked by anti - radiation uav
反輻射無人機攻擊目標威脅度分析With the progress of aviation science & technology and the requirement of air combat, multi - targets attack and coordination for multiple unmanned air vehicles ( uav for short ) become the trend of development. targets assignment and trajectory generation strategy pose significant technical challenges
隨著航空科技的進步和軍事斗爭需求的牽引，無人機多機協同攻擊多目標將成為未來戰爭的一種重要模式，多架無人機協同攻擊多目標中的目標分配和航跡產生是多架無人機協同作戰的關鍵技術。( 3 ) to plan the mission path with efficiency, the a algorithm is developed to deal with the attacking mission path. this kind of a algorithm can deals with the targets assignment problems also
（ 3 ）為了對航路進行有效地規劃，本文對啟發式a ~ *演算法進行了改進，並用於無人機的攻擊航路規劃及作戰目標的選擇分配問題。This paper aims to the problem of trajectory optimization of uav, which includes the optimal climb trajectory, the optimal cruise trajectory and the optimal loiter trajectory. the optimal trajectory with practice value is given, after studying and simulating and analyzing
本文就是針對攻擊型無人機航跡優化問題，對爬升、巡航、待機搜索段分別進行研究、探討、模擬、分析，給出了具有實際工程應用價值的飛行航跡。Navigation progressively improved, from inertial systems to a camera with a video link, but by 1973 the drone still missed about half its targets
導航系統日復一日地得到了提高：從慣性制導系統發展到擁有視頻通信的攝像系統，但直到1973年，無人機仍會錯過對一半的目標的攻擊。分享友人