目標定位系統 的英文怎麼說

中文拼音 [mùbiāodìngwèixìtǒng]
目標定位系統 英文
object locating system
  • 目 : Ⅰ名詞1 （眼睛） eye 2 （大項中再分的小項） item 3 [生物學] （把同一綱的生物按彼此相似的特徵分為幾...
  • 標 : Ⅰ名詞1 [書面語] （樹梢） treetop; the tip of a tree2 （枝節或表面） symptom; outside appearance; ...
  • 定 : Ⅰ形容詞1 （平靜; 穩定） calm; stable 2 （已經確定的; 不改變的） fixed; settled; established Ⅱ動詞...
  • 位 : Ⅰ名詞1 （所在或所佔的地方） place; location 2 （職位; 地位） position; post; status 3 （特指皇帝...
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 目標 : 1. （對象） target; objective 2. （目的） goal; aim; destination
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. Multi - target localization is the urgent requirement of exploration system in underwater weapon, which is the basis of anti - counterwork, target recognization, and accurate attack

    多目標定位是水下武器探測系統迫切需要具備的能力，它是反對抗、目標識別、精確打擊的基礎。
  2. Modeling of the multi - target locating and tracking in the field artillery system

    炮兵系統多目標定位與跟蹤建模
  3. Time delay estimation ( tde ) by using three - element linear array is an important problem in torpedo trajectory tracking system which ttacks target according to strictly geometrical position. it is the basis of measurement of target distance, bearings etc. the error of tde influences directly the accuracy of trajectory tracking. the more efforts have been made in order to acquire high accuracy estimation

    三元直線陣的時延估計是魚雷彈道測量系統中的一個重要課題，它依照嚴格的幾何關系進行目標定位，是測量目標距離、方位等參數的主要依據，時延估計的精度直接影響彈道跟蹤系統的精度，為提高時延估計精度人們進行了大量的研究和探索。
  4. The standard system of the university performance audit must be established on economy, efficiency and effectiveness and constituted by the standard of economy and efficiency, the standard of effectiveness and the good system standard, in which the standard of economy and efficiency is reflected through funding structure, fund balance ratio, the resource use efficiency indicator and the fund use structure indicator ; the standard of effectiveness is reflected through educational standard, research capabilities, student training quality and social well - known and recognized degree ; the good system standard is reflected through school running thoughts, school target positioning, school regulation building, school

    高校績效審計標準體系必須圍繞經濟性、效率性和效果性來建立，由經濟性效率性標準、效果性標準、良好制度標準三部分組成。其中經濟性、效率性標準通過經費來源結構、經費結余比率、資源利用效率指標、經費使用結構指標四方面來反映;效果性標準通過辦學水平、科研能力、學生培養質量、社會知名和認可程度等指標來反映;良好制度標準通過學校辦學思路、學校目標定位、學校規章制度建設、學校教學質量監控及測評系統等方面來體現。
  5. The key problem to be solved in multi stations tdoa system is spatial and time synchronism between stations, weak signal detection and solution for high precision location equation

    多站時差定位系統也有其自身要解決的關鍵技術和難點:多接收站之間的時間、空間的同步問題，目標回波的弱信號檢測問題，高精度的定位方程組求解方法。
  6. ( 4 ) applying web technology in mf - cad, a web site is set up on frontpage2000 platform, which provides file directories of parametric graph library of fixture part. moreover, by founding the hyperlink between web pages and frame pages with html ( hypertext markup language ), the remote design of fixture parts and download of application procedure is realized through web technologies and feature modeling methods

    （ 4 ）將web技術與mf - cad相結合，應用frontpage2000創建web站點並建立夾具元件參數化圖庫的設計文件目錄，用html超文本標注語言創建頁面與框架頁面之間的超連接，實現了基於web技術與特徵造型的夾具元件參數化圖庫的遠程設計和夾具定位系統arx應用程序的遠程下載。
  7. The experiment results indicate that using kalman filter method can improve this system ' s tracking and positioning performance

    實驗結果表明，將卡爾曼濾波器用於水下目標跟蹤系統的軌跡濾波，使其跟蹤和定位性能得到了提高。
  8. Utts is an underwater acoustic tracking system which may operate either synchronously and asynchronously. its main task is to track and locate multiple underwater maneuvering targets accurately

    水下目標跟蹤系統是一個同步與異步工作方式兼容的水聲跟蹤定位系統，主要任務是精確跟蹤和定位多個水下運動目標。
  9. In view of special requirements of homing system, we propose two kinds of multi - target localization methods

    考慮到自導系統對多目標定位的特殊要求，作者提出了兩類具有應用前景的多目標定位方法。
  10. The single observer passive location and tracking system ( soplat ), which uses electromagnetic wave emitted by target, has proved its merits of self - hiding and far - distance detecting in modern electronic warfare and information warfar

    在現代電子戰、信息戰環境中，由於利用目標輻射電磁信息的單站無源探測定位系統具有機動性強、自身隱蔽和探測距離遠等優點，因此它具有重要的應用價值。
  11. The passive location and tracking system, which uses electromagnetic wave emitted by target, has proved its merits of self - hiding and far - distance detecting in modern electronic warfare ( ew ) and information warfare. and it is now the hotspot in the field of non - linear tracking and estimation

    在現代電子戰、信息戰環境中，由於利用目標輻射電磁信息的無源探測定位系統具有自身隱蔽和探測距離遠等優點，因此它具有重要的應用價值，並已成為當今非線性跟蹤與估計研究領域的熱點問題。
  12. The researches on re - positioning of ocean - bottom geophones after acquisition is a necessary part of the obc seismic exploration. this ocean - bottom geophone re - positioning system for ms windows in microcomputer environment is developed with vc + + 6. 0 and visual fortran 6. 0 co - programming technique, and it is based on the re - positioning software run in the unix workstation environment and financed by the national " 863 " sub - project " the research of three - component ocean - bottom geophone coordinate recognition and positioning methods ". the visibility of overall processes is realized

    本論文以國家「 863 」子項目「海底三分量檢波器坐標識別、定位方法研究」編制的基於unix工作站環境的海底檢波器二次定位軟體系統為基礎，使用visualc ~ （ + + ） 6 . 0與visualfortran6 . 0混合編程技術，研製了基於mswindows平臺微機環境下的海底檢波器二次定位系統，整個過程實現了計算機可視化。
  13. Based on the characteristic of system, the antenna is designed with one transmitter and two receivers and the localization principle of twsr is analyzed. target localization algorithm and error distribution computing method based on time - only - localization ( tol ) are proposed

    同時根據系統特點，天線採用單發雙收方式，分析了穿墻探測雷達定位原理，提出了基於波達時間（ tol ）的目標定位演算法和誤差分佈計算方法。
  14. In the paper, the gpr system developed by us employs several optimization techniques to enhance the system performances, including antenna, sampling - hold circuit, orientation wheel, function of system software, multithreading, and signal processing algorithms. as the result the system works more well with these techniques, and its azimuth and distance resolution of 10 cm has been achieved with detection depth of more than 50 cm. the main contents of this dissertation are summarized as following : 1

    本文根據探地雷達系統工作原理，在電子科技大學探地雷達系統樣機研製的基礎上採用了各種有效的優化技術，包括探測前端、采樣保持電路的優化，定位輪、目標定位、多線程技術的應用，數據採集處理和控制軟體功能的拓展、各種有效的信號預處理演算法的應用等，顯著提高了系統的探測性能和增強了探測效果，使得系統方位、距離解析度均達到了10cm ，探測深度大於50cm ，其性能指標達到國外先進水平，為進一步的實用化奠定了重要的基礎。
  15. The whole course of implementing the ration and determining the nature to combine together is controlled and managed. then set up goal administrative system, establish goal responsibility mechanism. the ideological and political work is turned with the main task that enterprise ' s cultural construction should be finished into the goal

    然後建立目標管理系統，確立目標責任機制，把一定時期內，思想政治工作與企業文化建設應當完成的主要任務轉化為目標，並進一步細分齣子目標，把思想政治工作與企業文化建設列入各級領導幹部的崗位責任和任期目標之中。
  16. Positioning accuracy analysis of helicopter - borne radar reconnaissance system

    直升機載雷達偵察系統目標定位精度分析
  17. Firstly, the observability of linear and nonlinear systems and the basis of parameter estimation are discussed. particularly, the observability of single station bearings - only passive locating systems was analyzed and the influence of the moving state parameters of observer and target on the system locating accuracy is also researched. based on that, the conclusion about the relationship between different moving state parameter and locating accuracy is made

    主要工作如下: （一）討論了線性和非線性系統的可觀測性以及參數估計的基本方法，深入分析了單站只測角無源定位系統的可觀測性，研究了系統和目標的運動狀態參數對系統定位精度的影響，得出了不同狀態參數與定位精度的定性或定量的對應關系。
  18. Object locating system

    目標定位系統
  19. The test results indicate the sensor networks object tracking system is sensitive to the cost of sensors and synchronization of time windows, furthermore, it validates that embed system level design methodology based on ptolemy can direct wireless sensor networks system design correctly and feasibly

    測試結果表明:無線傳感器網路目標定位系統對于無線傳感器節點的功耗及信息時間同步窗口具有敏感性，符合無線傳感器網路目標定位系統應用特性，驗證ptolemy嵌入式系統級設計方法學對于指導無線傳感器網路系統設計的正確性和可行性。
  20. The paper is organized as follows : firstly, it presents architecture of wireless sensor networks system based on object tracking. secondly, it finishes describing system level behavior of wireless sensor networks system and modeling & simulation based on embedded system simulation platform ptolemy ii. finally, it tests the performance hit rate of simulation models in a different background simulation environment, and analyses the effected factors of sensor networks objected tracking system detailedly

    文章首先提出一種無線傳感器網路目標定位系統的系統模型;然後利用ptolemyii建模模擬平臺完成該無線傳感器網路目標定位系統的系統級行為描述，並依據系統級建模方法學對該目標定位系統進行建模與模擬;最後在不同背景環境下對模擬模型進行了命中率性能測試，詳細分析了無線傳感器網路目標定位系統的諸多影響因子。
分享友人
分享到 Line

分享到臉書