aerial image 中文意思是什麼

aerial image 解釋
空間成像
  • aerial : adj 1 空氣的,大氣的,氣體的。2 航空的,空中的。3 空氣一樣的,空氣一樣輕的;無形的,空想的。4 高...
  • image : n 1 像,肖像,畫像;偶像。2 影像,圖像。3 相像的人(或物);翻版。4 形像,典型。5 形像化的描繪。6...
  1. Image quality is important performance index about aerial camera

    成像質量是航空相機的重要性能指標。
  2. Image motion compensation ( imc ) is often used in aerial cameras to improve the quality of imaging

    在研製航空相機時,為提高相機的分辨力,通常都採用像移補償技術。
  3. The scanning mirror system is execution component to compensates error brought by image movement. it is main component of aerial camera

    本文所研究的掃描反射鏡系統是斜視航空相機實現像移補償的執行元件,它是航空相機的重要組成部分。
  4. In aerial survey and photogrammetric services, the office is developing a new series of an orthophoto image covering the region

    在航空測量及攝影測量服務方面,該處正開發一系列涵蓋本港全境的新正射影像。
  5. In a general way, aerial image is not orthograph, most buildings exist slope angle as well as vertical lines in aerial images

    一般,得到的航空影像並不是正攝影像,在影像中對大多數建築物均存在傾斜視角,且絕大多數建築物還存在垂直邊緣。
  6. Image size of camera for aerial photogrammetry

    航空攝影測量照相機象面尺寸
  7. Rectification and realization of digital aerial image

    航攝數碼圖像糾正及實現
  8. Aerial image can be computed fairly fast by this method compared with the rigorous solution of the hopkins equation, especially for the situation of many sparse aerial points which is often met in opc application

    與採用hopkins公式的splat相比,這種方法能快速地計算空間光強。尤其對于大面積計算顯得更為有效。
  9. Aerial photographs are taken in strips with sufficient overlap to yield a three-dimensional image when viewed under stereoscope.

    為了在立體鏡下獲得立體圖象,航片是成帶拍攝的,並具有足夠的重疊。
  10. With the advanced digital photogrammetry technology, a range of new products and services, such as an orthophotomap ( an aerial map which is rectified to remove geometric distortions ), 3d modelling and image analysis, are being developed for various purposes

    測繪處已採用先進的數碼攝影測量科技,並正配合各類用途開發一系列新產品及服務,例如正射影像地圖、建立三維模型及影像分析等。
  11. At first, the history and the classification methods of aerial survey camera is introduced. in allusion to lmk aerial survey camera. this paper introduced the target of the image motion compensation

    文章首先系統的概述了航空攝影機的分類方法、發展歷史、設計特點,重點突出了本文所涉及的lmk航空攝影機前向運動補償控制系統的由來、方法及其基本技術要求。
  12. We could have it as the foundation for the aerial survey camera redesign. the performance of the collectivity is analysed finally, the effect of forward motion compensation is estimated. the equivalent residual image motion of the compensation control system is very small

    最後,本人利用tms320f240dsp處理器的部分資源,對前向運動補償控制系統的軟體實現方法進行了研究和探討,取得了較為滿意的控制效果,為今後航空攝影機電控系統的設計工作打下了基礎。
  13. Through fusion of image data from different aerial remote sensors, we can improve the image resolution and analysis results in precision and believability, and further improve the effectiveness in detection and recognition of specific aerial targets

    通過對不同航空遙感傳感器所獲取的圖像數據進行融合,從而提高圖像的解析度、圖像分析結果的準確性和置信度,並最終提高對特定航空目標進行自動檢測、識別的有效性。
  14. Feature - based image matching for aerial images

    航空影像特徵匹配研究
  15. Aerial photograph is original resource of the photogrammetry and the revision of topography maps, image quality directly affects the precision of mapping, work efficiency, economy index and the reliability of image interpretation. so it is necessary to take some techniques to insure image quality

    航攝像片是攝影測量和修編地圖的原始資料,它的質量對于成圖精度、工作效率、經濟指標以及判讀的可靠性有著決定性的影響,所以在航空攝影及攝影處理的各個工序中應創造出一切條件,使得航攝像片具備良好的質量,滿足攝影測量的需要。
  16. Scanner aerial image

    掃描航空圖象
  17. Aerial image hologram

    空中影象全息圖
  18. Aerial image rectification by matching map

    航空影象與地圖的配準糾正
  19. For practical opc applications, csplat is not suitable for intensity calculation on huge amount of sparse aerial points, hence a fast algorithm of sparse aerial image intensity calculation for lithography simulation is derived in this paper based on the theory of principal waves

    但是在opc等應用中,為了尋找合適的掩模補償圖形,必須迭代計算大量的空間稀疏分佈的試探點成像,用splat來處理這種稀疏空間點並不合適。
  20. Some analyses of data feature in urban aerial image are done first, and a split - block - clustering based on fcm method is discussed for the coarse segmentation of building groups, which can reduce the search region for buildings extraction and decrease calculation much more

    首先分析了城市航空影像數據特點,並利用分塊fcm聚類方法對建築群進行預分割,從而縮小了在航空影像數據中建築物提取的搜索空間,大大較少了計算量。
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