解譯圖像 的英文怎麼說
中文拼音 [jiěyìtúxiàng]
解譯圖像
英文
deciphering image-
On the basis of remote sensing technique ' s good characteristic with large - area, multi - time, multi - photograph variety, manifold abundant spectral information and high ground resolution, the fault tectonics frame, river geomorphy ( such as terrace, floodplain, shoal, etc ) and suspended load, etc. were explained after analyzed the fault tectonics, river geomorphy, characteristic in the tm image by gray bar statistics, primary component analyses, tm741 image integration, line convolve enhancement and model recognition etc. especially 9 piece of fault tectonics were explained in this thesis, in succession, the impacts of the factors severally were analyzed
遙感技術具有大范圍、多時相、多片種、多層次、含有豐富的光譜信息及具有較高的地面解析度的特點。本文利用該技術，運用灰階統計特徵分析和主成分分析、 tm741多波段融合、線性卷積增強、模型提取等一系列遙感解譯分析方法，分析了斷裂構造、河流地貌（階地、漫灘、沙洲）及懸浮物等在tm遙感圖象上的影像特徵，解譯出了安徽南部斷裂構造格架、河流地貌和懸浮物的分佈，並新解譯出了9條近東西向的斷裂。The paper establishes a ecological transect, with a length of 90 km and width of 16 km, utilizing the part of tm data on 16th august 1998, from harbin to the natural secondary forests in maoershan, heilongjiang province. with supervised classification, the tm data which had been corrected and enhanced via erdas, combining the data of gps in the field, was classified by seven types including : residential area, glebe, paddy field
本論文利用1998年8月16日的tm衛星數據的一部分，設置從黑龍江省哈爾濱市到帽兒山天然次生林區，長90km ，寬16km的生態研究樣帶。通過用erdas對衛星數據的校正、圖像增強等處理，結合gps野外實地調查數據，進行有監督分類。共分為7種類型：居民點、旱田、水田、河流、灌叢、闊葉林、針葉林，並建立了衛星影像分類解譯標志。Abstract : the restoration of the riparian vegetation disturbed by human activities is one of the hotspots of watershed ecology. through interpreting the images of remote sensing in 1985 and 1999, the basic information of forest resources of lushuihe forest bureau, which is a typical forest area of changbai mountain, was obtained with support of gis. by dividing land covers of lushuihe area into 10 types ( water body, residential land, stump land, farming land, wetland, mature conifer forest, midlife conifer forest, mature broadleaf forest, midlife broadleaf forest, and man - made young forest ) and dividing the riparian zone into four buffers ( in turn, 1000, 2000, 3000, 4000 m away from the river ), the changes of riparian forest resources during 1985 - 1999 were analyzed. the results showed that the deforestation intension has obviously decreased and the whole environment has been evidently improved, but the riparian ecosystem was still flimsy. in buffer 1, 2, 3, the area of midlife conifer forest increased largely, but the areas of other types of land covers all decreased. midlife conifer forest had a comparatively good status in the three buffers. in buffer 4, midlife conifer forest, mature conifer forest, and mature broadleaf forest formed a forest - age rank that is helpful to stabilize the forest ecosystem and exert its functions. area percentage of wetland decreased in buffer 1, buffer 2, and buffer 3, even in buffer 4 in which forest ecosystem rehabilitated comparatively well, so protecting and rehabilitating wetland is a very difficult task
文摘:本文對兩期遙感圖像進行解譯，並在gis支持下提取露水河林業局主要河流兩岸各緩沖區森林資源信息，經分析得到各類地物在1985年及1999年的變化趨勢.結果表明:在河流沿岸對森林的採伐強度1999年較1985年明顯減小，整體生態環境較1985年有所改善.在緩沖區1 ， 2 ， 3除中齡針葉林大幅度增加外，其它地物類型面積均減少，由此可以看出，在這三個緩沖區內針葉林得到了較好的恢復.在緩沖區4內，中齡針葉林、成熟針葉林、成熟闊葉林形成一個林齡梯隊，有利於森林生態系統的穩定與功能的發揮，十五年間緩沖區4受到的干擾相對較小.濕地數量在四個緩沖區內均有所減少，雖然在緩沖區4內森林生態系統恢復的較好，但濕地面積仍有所減少，說明保護及恢復濕地資源是一件非常艱巨的任務，必須引起高度重視.圖5表2參12The restoration of the riparian vegetation disturbed by human activities is one of the hotspots of watershed ecology. through interpreting the images of remote sensing in 1985 and 1999, the basic information of forest resources of lushuihe forest bureau, which is a typical forest area of changbai mountain, was obtained with support of gis. by dividing land covers of lushuihe area into 10 types ( water body, residential land, stump land, farming land, wetland, mature conifer forest, midlife conifer forest, mature broadleaf forest, midlife broadleaf forest, and man - made young forest ) and dividing the riparian zone into four buffers ( in turn, 1000, 2000, 3000, 4000 m away from the river ), the changes of riparian forest resources during 1985 - 1999 were analyzed. the results showed that the deforestation intension has obviously decreased and the whole environment has been evidently improved, but the riparian ecosystem was still flimsy. in buffer 1, 2, 3, the area of midlife conifer forest increased largely, but the areas of other types of land covers all decreased. midlife conifer forest had a comparatively good status in the three buffers. in buffer 4, midlife conifer forest, mature conifer forest, and mature broadleaf forest formed a forest - age rank that is helpful to stabilize the forest ecosystem and exert its functions. area percentage of wetland decreased in buffer 1, buffer 2, and buffer 3, even in buffer 4 in which forest ecosystem rehabilitated comparatively well, so protecting and rehabilitating wetland is a very difficult task
本文對兩期遙感圖像進行解譯，並在gis支持下提取露水河林業局主要河流兩岸各緩沖區森林資源信息，經分析得到各類地物在1985年及1999年的變化趨勢.結果表明:在河流沿岸對森林的採伐強度1999年較1985年明顯減小，整體生態環境較1985年有所改善.在緩沖區1 ， 2 ， 3除中齡針葉林大幅度增加外，其它地物類型面積均減少，由此可以看出，在這三個緩沖區內針葉林得到了較好的恢復.在緩沖區4內，中齡針葉林、成熟針葉林、成熟闊葉林形成一個林齡梯隊，有利於森林生態系統的穩定與功能的發揮，十五年間緩沖區4受到的干擾相對較小.濕地數量在四個緩沖區內均有所減少，雖然在緩沖區4內森林生態系統恢復的較好，但濕地面積仍有所減少，說明保護及恢復濕地資源是一件非常艱巨的任務，必須引起高度重視.圖5表2參12For accuracy assessment, sample points were collected through ground survey and interpretation of airphotos and satellite images, where the landuse features can be clearly identified by photo and image interpretation
為保證對本研究成果的準確評估，通過地面調查、航空照片和衛星圖像解譯採集了多個樣本，其中，通過照片和圖像解譯采樣是基於可清楚辨別的土地特徵。Adopting the new land use classification system, high - resolution digital satellite remote sensing image and domestic geographic information system, this paper analyzes and classifies information of land use of miluo city, and updates the land use database after examining it
摘要利用高解析度遙感衛星數據，採用國產地理信息系統軟體，在相應數字圖像處理軟體的支持下，採用新的土地利用分類體系，對汨羅市土地利用信息進行解譯分類，經野外核對后更新土地利用數據庫。The shot that the gvg system get can increase and verify the precision of interpretation of remote sensing images
在gvg拍攝采樣點圖像的同時記錄了采樣點的經緯度坐標信息，可以與遙感解譯圖像建立聯系。Finally, some airport features in aerial images are extracted by using mathematical morphology method. ( 8 ) establishing expert system is the only way to understand remote sensing image. in the paper, we have researched remote sensing image understanding
然後利用數學形態學方法研究了飛機機場的特徵提取演算法，成功地在航空遙感圖像中提取出飛機機場跑道特徵， 8 、關于遙感圖像專題信息解譯的研究。It is an important link in the image processing system ; moreover, its result has direct relations with the high - level process and relations with understand of the image
圖像增強技術是數字圖像處理中的一項基本技術，是圖像處理系統中預處理部分的重要一環。數字圖像增強的結果直接影響到圖像的高級處理和解譯。The program and way is feasible and easy to use, it is a new way to increase and verify the precision of interpretation of remote sensing images
通過在新洲樣區試驗，表明本文的程序和方法簡便易行，為提高與檢驗遙感圖像解譯精度提出了新的方法和思路。The result of the estimation demonstrated that the fused images had higher spatial resolution while maintaining the basic spectral contents of the original tm images, and the visual effect and the accuracy of the classification bad been greatly enhanced
評價結果顯示，融合后的圖像既保留了多光譜圖像的豐富光譜信息，又不同程度提高了空間分辨能力，很大程度上改善了目視解譯效果和自動分類效果。Building of remote sensing image interpreting information system
遙感圖像解譯信息系統的建設The problem and approach in the auto - interpretation of remote sensing imagery
遙感圖像自動解譯面臨的問題與解決的途徑Usa keeps ahead in the whole sar image interpretation field in the world
美國在整個sar圖像解譯領域處于國際領先水平。This option requires all staff involved going to the field to establish interpretation keys and get familiar with the region
這一方案要求所有員工參加野外工作以建立圖像解譯標志，並熟悉該區域。A series methods of data combination analyzing are selected to form the operating method system for crop discrimination. combining gis, gps, and other data from field work with rs data can determine interpretation features and set off working regions, combining rs data can enhance spatial features in order to do unsupervised classification efficiently, union of gis data enable us to join maps and extract features, to analyze crop structure, crop calendar, cultivating system
本項研究篩選出了構成運行化作物遙感識別技術體系的一系列數據復合分析方法，包括gps 、 gis數據以及其它田間作業信息與rs數據之間的復合，確立解譯標志和劃分作業區； rs數據之間的復合，進行圖像增強，改善非監督分類效果； gis數據之間的復合，分析作業區作物結構、物候和耕作制度現狀，地圖拼接、特徵提取等。Developing efficient methods of sar image processing so as to better interpret sar images and obtain more information helps a lot in widely utilization of sar images
對sar圖像處理分析方法進行研究，提高sar圖像的解譯能力，能夠充分利用sar圖像中包含的豐富信息，更好的發揮sar的作用。It can increase information quantity, improve vision effection, and therefore advance the explanation ability of one frame of image, by carrying out data fusion with remote sensing images got from different satellites or with images of different bands got from same satellite
對中巴資源一號衛星的零級數據的實際處理獲得很好的效果。對不同衛星的遙感圖像或同一衛星的不同波段的圖像進行融合，可以提高單幅圖像的信息量、增強視覺效果，進而提高目視解譯能力。The study of the polarimetric man - made targets detection algorithms is very useful for improving the application of sar. polsar can create high - resolution images. because of the wide and latent applications of polsar in many areas of military, civil and scientific researches, polsar is one of the most active fields in radar and remote sensing nowadays
在此背景下，開展關于polsar的圖像目標檢測以及目標分類等方面的研究，對于解決如何優化polsar系統應用，提高對polsar圖像的解譯能力，推動我國polsar系統走向應用，具有重要的理論和實際意義。Supported by remote sensing and cis, through image processing, information extracting and based on mathematic models of plural information, in this paper, some favorable gold areas in mian - ning and yan - yuan area have been predicted, and it achieved the following results : ( l ) through remote sensing image digital processing, we made high accuracy remote sensing images and image interpretion maps. constructed a geodatabase of mianning - yanyuan - xichang area, including basic data ( district. drainage, etc. ) and thematic data ( rupture, stratum, magmatic rock, etc. ). this will provide scientific evidences for work of this area in the future
並取得了以下成果： （ 1 ）通過遙感圖像數字處理，製作完成了實驗區的高精度遙感影像地圖及遙感解譯圖，建立了冕寧-鹽源-西昌一帶空間數據庫，包括基礎數據（行政區、地名、水系等）和專題數據（斷裂、地層、地質體等） ，為該區進一步工作提供了科學依據； （ 2 ）根據各個多元信息成礦預測模型的優缺點，分析了不同預測模型的適用條件和范圍，確定了研究區採用的數學模型。分享友人