正讀圖像 的英文怎麼說
中文拼音 [zhēngdòutúxiàng]
正讀圖像
英文
right-reading image-
The color signal images corrected by rayleigh scattering are close to true color photography in ground., laypeople can judge usual ground objects based on color and shadow of ground objects
經瑞利散射糾正後的色彩信號圖像接近於地面真彩色攝影,非專業人員能根據地物顏色及陰影判讀出常見地物。It study carefully the distortion of the remote sensing imagery, the rectification of the radiant quantity, the rs image strengthen and the color fusion. based on these achievements above, we do experiment on the differential rectification, the rs image fusion, the object determining and the exchange for the different format data, propose the plan and flow chart of the terrain map rectification by the rs imagery. we demonstrate the method for the target location and the direction outside by the rs imagery and how to select the reference point and read the information of the rs imagery
本文闡述了利用航天遙感影像進行1 : 25萬地形圖數據庫更新的必要性和可行性,在對spot和landsat遙感影像特性進行分析的基礎上,對航天遙感影像的系統變形、輻射量校正和影像增強與彩色融合等內容進行了認真研究,並在此基礎上對航天遙感影像數字微分糾正、影像融合、地物判讀、數據庫數據格式轉換、基於遙感影像的地形圖修測等方法進行了具體試驗,提出了利用遙感影像進行地形圖修測的具體方法和作業流程。Text is empty, the screen reader will correctly skip the image
文本為空,屏幕閱讀器就會正確地跳過該圖像。Now the image of remote sensing has been used in many large project such as terrain sensing sound remote sensing and mapping, etc. we have paid attention to the arithmetic research of the image of remote sensing for a long time. but with the development of the technology in remote sensing and the popularization of the product of remote sensing, there are more and more images of remote sensing which are used in large project
隨著3s技術的普及、性能的提高以及圖像處理和模式識別領域的研究逐步成熟,遙感圖象在大型工程中的應用越來越普及,因此對遙感圖象的演算法研究也正在受到越來越多的重視。對錦屏地區遙感圖象中的巖溶地物信息的判讀與分析,目前剛剛起步。In this paper, the digital image real - time processing system was a very important part of fed driving circuit system. altera fpga chip was used to complete operation on reading and writing and timing control of fed image data. the image process algorithms mainly used gray - level transformation in the theory of image enhancement, and the algorithm realized luminance non - uniformity control, gray - level non - linear correction and automatic power control for fed
本文設計的基於fpga技術的數字圖像實時處理系統是fed驅動系統中的重要組成部分,其核心部分採用了altera公司的fpga晶元,實現對fed圖像數據讀、寫操作和時序控制等,而圖像處理的演算法部分主要是利用圖像增強技術理論中的灰度變換方法,實現對fed的亮度非均勻性控制、灰度非線性校正以及fed的自動功率控制。分享友人