infrared tracking system 中文意思是什麼
infrared tracking system
解釋
紅外跟蹤系統-
A real - time imaging tracking system overcomes the shortcomings of the ladar system which needs high cost, is easily disturbed by electromagnetic wave and ca n ' t be visualized. compared with the infrared, it is superior in the aspect of tracking cold - target
實時成像跟蹤系統克服了雷達成像系統費用昂貴，容易受外界電磁波的干擾，並且難于達到可視化的缺點，在跟蹤冷目標方面又較紅外優越。 -
Infrared video target detection and tracking system plays a great role in the field of digital image processing, and is widely used in civil and military affairs
在計算機視覺、交通監控、可視預警、導航等諸多民用領域有著廣泛的應用，同時在導彈電視制導等軍用領域也發揮著重要作用。 -
Multi - band infrared tracking and measuring system
多波段紅外目標跟蹤與輻射特性測量系統 -
The technology of small target detection in infrared image sequences is the core technology in the system of infrared detection and tracking. and the detection of small target is an important project in recent years
「紅外弱小目標檢測」是紅外搜索跟蹤系統、紅外雷達預警系統、紅外成像跟蹤系統的核心技術，因此紅外小目標的檢測是當前一項重要的研究課題。 -
Innovation of the aero maintenance system based on augmented reality ( ar ) technology and eye tracking technology, which can give real - time instruction for maintenance, is vital for enhancing the accuracy of maintenance and reducing the cost of maintenance. in the paper, the study work include 3 sections, as following : firstly, deducing 3d registration algorithm based on markers, depicting the display and 3d display technologies of artificial matters, and realizing 3d registration function specifically ; secondly, establishing an eye - movement measurement system based on the infrared television method, making use of the thoughts of ranks superimposition to withdraw the pupil center coordinates, and giving the thaught of recombining the position relation of purkinje spot to determine the eye sight direction primarily ; finally, describing the basic theory of augmented reality maintenance guiding system in detail, and introducing the software function and hardware frame, which will provide the foundation for the further study of this system
本文的研究工作主要包括以下三個部分:首先，改進了有標志點的三維注冊演算法，並具體實現了三維注冊功能，最後試驗驗證了注冊演算法的正確性，為將來基於無標志點的發動機維修誘導系統的研究提供基礎和實踐經驗;其次，描述了基於紅外電視法的視線跟蹤系統的基本原理，對眼動信號處理技術做了初步的研究，即利用了行、列疊加的思想提取了瞳孔中心坐標和普爾欽（ purkinje ）斑點的坐標，闡述了結合瞳孔中心與普爾欽（ purkinje ）斑點的位置關系進行初步判定視線方向的方法;最後，詳細描述了所構建的增強現實維修誘導系統的基本原理、軟硬體框架，為今後維修誘導系統的深入研製提供基礎。 -
Pile ng examination of the system based on the latest promulgated by the ministry of public security, " motor vehicle drivers license application and management " ( decree 71 ), the two examination subjects ( zhuangkao ), computer images using real - time detection technology and electronic infrared optical interface detection technology, i combine the companies creating two - dimensional moving object identification and tracking software through acquisition of vehicles running state examination pile pole, the signal line, after computer processing, analysis and judgment, the actual realization of the computer monitor screen on the basis of the examination process real - time simulation, tracking examination candidates track and record car line, is set admission, examination results published combines the real modernization zhuangkao tools
本系統依據公安部最新頒布的《機動車駕駛證申領及管理規定》 （ 71號令）中有關科目二考試（樁考）的規定，採用微機圖象實時檢測處理技術及電子紅外線光界面檢測技術，結合我公司獨創的二維移動物體識別跟蹤軟體，通過採集考試車輛運行狀態、樁桿、庫線等信號，經過微機處理、分析判斷，真正實現了在微機監視屏上根據考試過程實時模擬、跟蹤考生考車軌跡並記錄路線，是集錄取、考試、發表成績為一體的真正的現代化樁考工具。 -
Airborne multi - target tracking system based on measurements fusion of radar and infrared detector
基於雙探測器點跡融合的機載多目標跟蹤系統 -
In the dissertation are discussed the infrared video object recognition features, the infrared rosette scan subimage technology, the fast object recognition and tracking technology and the design - consideration of miniature system, etc. based on those, system experimenting is made and good results are shown
本文研究遠程紅外目標識別特徵，玫瑰掃描亞成像與目標檢測，快速目標識別跟蹤技術及小型化系統的研製等，並在此基礎上進行了系統實驗，取得了良好的結果。 -
Weaponry photoelectric simulation system is composed of the infrared object and scene generated subsystem, exploring and tracking simulation subsystem, movement simulation platform, simulation analysis evaluation subsystem and simulation control with visual display subsystem
兵器光電模擬系統由紅外目標場景產生子系統，探測跟蹤模擬子系統，運動模擬平臺，模擬分析評估子系統，模擬控制與形象化顯示子系統構成。 -
Implementation of our research project - infrared moving object detection and tracking system is based on dsp with high performance and host computer
我們的研究項目紅外運動目標識別跟蹤系統基於高性能dsp與主控計算機實現。 -
Infrared video target detection and tracking system ( ivtds ) is an important field of digital image processing, it is widely used in military and civil affairs
紅外視頻動目標的檢測與跟蹤是數字視頻處理、分析應用的一個重要領域，在民用與軍事上有著廣泛的應用。 -
Through establishing the equation of moving target detection and tracking system, we find out the methods to solve the equation, and from the methods we come to discuss several crucial techniques of the implementation of system, and also according to the feature of the infrared video image sequence which we are processing and analyzing, we bring forward moving target detection and tracking technology based on background moving estimation and compensation
通過建立的動目標檢測跟蹤系統方程，探討系統實現的關鍵技術，並且針對我們所要處理的紅外視頻圖像序列的具體特點，我們提出基於背景運動估計和補償的動目標檢測跟蹤關鍵技術。 -
A miniature intelligent system for multi - mode infrared subpixel target recognition and tracking
紅外目標模擬器自動檢定系統的研究與實現 -
It is proved to be a good method and experimental results are given in this paper. aiming at the difficulty that there are pure long time delays of tracking error of tv tracker and infrared tracker, theoretic analysis of influence of delays to the tracking performance is given based on the type system
同時，針對系統中紅外和電視脫靶量具有較大延遲的問題，首先以典型型系統為例，理論上詳細分析了延遲對跟蹤性能的影響，給出延遲時間與系統開環截止頻率的對應關系。
分享友人