map image 中文意思是什麼
map image
解釋
地圖照相圖-
The above image is a false - color synthetic radar map of a northern region of titan taken during a flyby of the cloudy moon by the robotic cassini spacecraft last july
這張照片的位置是在泰坦的北部，是去年七月，卡西尼號太空船飛過這顆雲霧滿布的土星衛星時，用雷達波段所拍攝的假色影像。 -
An algorithm for updating map image oriented to aviation gis
的地圖背景更新演算法 -
In this paper, the main research works are as follows : 1 ) survey and analysis previous work in auv navigation and summarize : as the cumulate error, the dead - reckoning and inertial navigation systems ca n ' t be used without other modified system ; the acoustic navigation system is used only in small range, and is very expensive. 2 ) two important approaches in geophysical navigation techniques are summarized, one is terrain contour based navigation, this approach is investigated keystone today ; the other is image based navigation, due to no perfect image sensors and image seabed map, this approach has seldom been practised. 3 ) two important terrain contour based navigation algorithms has been applied to auv, one is match algorithm - based terrain contour match ( tercom ) ; the other is kalman filter - based sandia inertia terrain - aided navigation ( sitan )
主要研究內容包括：一、總結分析了當前水下導航的常用方法和不足之處，指出基於航位推算的導航方法，存在著最大的問題就是導航誤差的積累問題，如果沒有修正系統，這種方法很難滿足使用要求；其次指出基於聲學的導航方法，造價昂貴，導航范圍有限，難以滿足自主水下航行器大范圍導航的需求；二、總結了當前水下地形輔助導航的主要技術路線，一是基於地形高程的匹配方法，這是當前研究的重點；二是基於地形圖像的匹配方法，由於缺乏良好的圖像傳感器，和可用的海底圖像地圖，目前這種方法還有待研究發展；三、將兩種地形高程匹配的常用方法應用到自主水下航行器上：以相關演算法為前提的地形輪廓匹配（ tercom ）方法和以卡爾曼濾波為基礎的桑迪亞慣性地形輔助導航（ sitan ）方法，前者演算法簡單可靠，但是導航精度不高，後者雖然精度比較高，但存在著演算法較為復雜、有可能發散和出現奇異值等問題。 -
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。 -
Along with the application of computer technology in the vocation of cartography, all - digitalized technology & methods on map produce have been populized in army for surveying and mapping. it integrates theory and methods in cartology and computer graphics & image process organicly
隨著計算機技術在地圖制圖行業中的應用，全數字化的地圖生產技術方法已經開始在測繪部隊推廣，它把地圖學的理論方法同計算機圖形、圖像處理技術有機地結合了起來。 -
In the course of making, it is given a formula of accuracy estimation. by using the formula, it estimated accuracy of image map. and the result examined shows, this formula accords with the actual conditions
在製作過程中，提出了一個利用原始影像比例尺、成圖比例尺、掃描解析度進行精度估算的公式，並用該公式對製作的影像地圖的精度做出預計，檢驗的結果表明，該公式符合實際情況。 -
Starting from this premise, we can easily conceive a height map as a greyscale image, where the intensity of each pixel corresponds to a height
在這個前提下，我們可以很容易的想到高度圖就是一個灰度圖，每個象素的強度值就為相應的高度值。 -
Also, through the spectral analysis in digital image processing, methods of geometric correction and accuracy analysis, strengthening of information and extraction of the feature information of emerging of ratio and information ; the extraction of species and division into sub - compartment by using multi - supplementary information sources " ; and from the identification ability of a compartment, division into sub - compartments, land type and species and the ability of accuracy of geomatric correction and map - drawing ; they can be used as the comprehensive assessment of the ability of landscape planning and many other aspects, and determine the adaptiue faculty of different information sources in the forest management inventory
經過數字圖像的光譜分析、多種方法的幾何校正及精度分析、信息增強、比值及信息融合等多重技術進行特徵信息的提取，並應用dem 、林相圖和地形圖等多種輔助信息源，提取樹種、小班區劃等信息，提高了林班區劃、小班區劃、地類和樹種識別的能力與幾何校正精度、制圖能力，可用於風景區劃等方面進行綜合評價，確定不同信息源在森林資源二類清查中的適用性能力。 -
About the applications of cognitive map : line feature detection and form based on fuzzy cognitive map, basic shapes recognition based on fuzzy cognitive map, object recognition based on probabilistic fuzzy cognitive map, a new method of image understanding based on cognitive map and robot high - level planning based on fuzzy cognitive map have been realized in this dissertation
對于認知圖在圖像分析及理解中的應用：本文在認知圖理論研究的基礎上，把認知圖應用到圖像分析與圖像理解中。實現了一種基於模糊認知圖的線特徵檢測與形成方法、基於模糊認知圖的基本形狀識別方法、基於概率模糊認知圖的目標識別方法及基於認知圖的圖像理解方法，並將圖像理解與認知圖應用到機器人的高層規劃系統中。 -
Be a " to - scale " map of the eu, " she added. " it ' s like an image taken through a photographer ' s
「這不是一張按比例縮小的歐盟地圖，它就像是攝影家用魚眼鏡頭拍攝的圖像一樣。 -
With the development of space technology, space photogrammetry is becoming a direction of photogrammetry. it is a important technology that map is surveyed and revised based on single satellite remote image. the major works implemented in this paper are presented as follows : ( 1 ) the paper has done much work in inner orientation and space resection of frame camera image and linear array scanner image
隨著航天技術的發展，攝影測量正在從以航空攝影測量為主到航空、航天攝影測量並重的方向邁進，基於衛星遙感影像的單片測圖與修測技術是航天攝影測量的一項關鍵技術，本論文從以下四個方面對此技術進行了深入的探討： 1 -
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。 -
By testing the corrected image map, the mean error of point position was 1 meter, the maximal error was 2 meters, length distortions on x and y axis orientation were not more than 1 % and angle distortion was almost not existing
經檢驗，單點定位平均偏差為1m左右，最大偏差為2m左右，在x 、 y方向上的長度變形均不大於1 ，基本沒有角度變形。 -
It takes use of pseudo - random technology, dynamic adaptive technology, multi - channel technology, random position embed technology and so no. so the digital watermarking can resist the physical process of printing and scanning. at the same time, the watermark is binary image which includes a great deal of information, such as personal id, secret information, even a piece of map
本文特別針對印刷和掃描給數字圖像帶來的誤差的問題，設計了一種新的水印演算法，綜合運用了偽隨機處理技術、動態自適應技術、不同應用選擇不用頻帶處理技術、隨機位置嵌入技術、多通道嵌入等技術，使得本文所設計的水印演算法能夠抵抗印刷和掃描的物理轉換過程，同時本文所設計的水印是二值圖像，能夠承載大量的信息，例如個人id 、機密信息、商標標識，甚至可以是一幅地圖。 -
Realtime video image from vidicon on uav may be matched to digital map stored by image registration technique, which can more precisely orientate object and has higher reliability
採用圖像匹配技術可以將機載攝像機實時獲取的地面圖像與預存的數字地圖進行匹配，從而能夠更為精確的確定目標位置，具有較高定位可靠性。 -
The whole procedure includes : scanning and inputn image - suite, image correction image thresholding, image thinning and so on, in the course of studying, found the disadvantage of existing automatic image - suite way on the scanned topographical map
在研究圖像拼接的過程中，發現現有的自動拼接方法在地形圖掃描圖像拼接時的缺點，基於此提出了一種改進的適用於地形圖掃描圖像的自動拼接理論。 -
At the same time, three region segmentation algorithms also are introduced, i. e. global - based segmentation algorithm, tree - based region find in rle map image, and statistic - based region feature computation algorithm
同時在目標區域合併（分割）階段，提出了基於全局掃描的分割演算法、行程編碼圖中基於樹的區域查找演算法和基於統計的區域特徵量計算方法。 -
The paper studied and concluded some general ways of scanned topographical map image pretreatment
本文首先對地形圖掃描圖像預處理常用的方法進行了研究和總結。 -
On the base of its, the paper proposed a new suitable way for the scanned topographical map image - suite. and adopted a new thinking of " drawing separated, image - suite wholly ", and proposed a new way of drawing bmp high efficiency and eliminated flickering, it improve the efficiency of image - suite
在手動拼接的方法上，採用「分塊顯示、整體拼接」的思想，提出了一種高效率顯示bmp圖像和消除圖像漫遊時閃爍的方法，極大的提高了拼接速度和效率。 -
Recognization and extraching digitized geo - information from map image opens a new way for map digitization and it is achieved signaficant for geographic information constuction and application. in this paper, the following four aspects are explored and discussed. ( 1 ) topographic map scanned is pre - settled for facing automatic recognization, it includes option of binary image, elimination of noise, thinning of symbols, modificatoin of intermittent points and deletion of error ect
本文從這個角度出發，基於對地形圖自動模式識別獲取信息和數據，從四個方面進行了研究和探討： （ 1 ） 、面向自動識別掃描地形圖數據預處理內容研究，包括二值化閾值選取、地形圖的噪聲消除、地形圖符號的細化、細化后的斷點修補和毛刺的剔除等。
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