《微波遥感》:主动式与被动式(共三卷)

<正> 第一卷:微波遥感原理与辐射测量Mierowave Remote Sensing. Active and Passlie Vol I: Micowave Remote Sensing Fundamentals and Radiometry—F.T. Ulaby, R.K. Moore, and A.K. Fung; U.S.A., 1981, 456 PP. S.J. GawarecKi 本卷是主动式与被动式微波遥感一书(共三卷)的首卷,由美国堪萨斯大学的遥     

ICA信息

ICA执行委员会成员(1984—1987)主席:J.L.Morrison(美国)秘书长:D.T.Pearce(澳大利亚)付主席:G.C.AgarwaI(印度)E.P.Arzhanov(苏联)N.D.Gary(墨西哥)胡毓巨(中国)F.T.Ormeling(荷兰)D.W.Rhind(英国)D.R.F.Taylor(加拿大)ICA的委员会与工作组     

最新国外测绘学文献提录

GPS Solutions,2007(1)巴西新的GPS参考站=New Global Positioning System Reference Station in Brazil[英]/Ray J,Crump D,Chin M//GPS Solutions,2007,11(1).-1-10未来全球导航卫星系统三频载波相位的最佳线性组合=Optimal Linear Combinations of Triple Frequency Carrier Phase Data from Future Global Navigation Satellite Systems[英]/Richert T,El-Sheimy N//GPS Solutions,2007,11(1).-11-19用GPS短基线时间系列评估接收机噪声=Assessing Receiver Noise Using GPS Short Baseline Time Series[英]/Amiri-Simkooei A R,Tiberius C C J M//GPS Solutions,2007,11(2).-1-35     

Enhancing group resolution of TM6 based on multi-variate regression model and semi-variogram function

［1］Castleman K R.Digital image processing.Englewood Cliffs,NJ:Prentice Hall,1996 ［2］Carr J R,Miranda F P.Spectral and texture classification of single and multiple band images.Computers &amp; Geosciences,1996,22(8):849～865 ［3］Chen S P,Zhen W.Conciseness of remote sensing mineral resources exploration.Science and Technology Publishing House,1994(in Chinese) ［4］Costanitini M,Farina A,Zirilli F.The fusion of different resolution of SAR images.Proceeding of IEEE,1997,85(1):139～146 ［5］Dong Q,Fang H L.The use of variogram in remotely sensed images.Journal of Remote Sensing and Application,1997,12(1):7～13(in Chinese) ［6］De Jong S M,Burrongh P A.A fractal approach to the classification of Mediterranean vegetation types in remotely sensed images.PE &amp; RS,1995(61):1 041～1 053 ［7］Fang H L,Qian G H.Fusion of ADEOS-AVNIR panchromatic and multispectral image data using principle component analysis.Journal of Remote Sensing and Application,1998,13(3):48～53(in Chinese) ［8］Franklin S E,Wulder M A,Lavigne M B.Automated derivation of geographic window size for use in remote sensing digital image texture analysis.Computers &amp; Geosciences,1996,22(6):665～673 ［9］He J G,Zhu C G.Methods for data fusion between satellite-boarded SAR and multi-satellite remote sensing.Journal of Earth-science Information,1997 (16):29～33(in Chinese) ［10］Jia Y H.A data fusion method for spatial resolution enhancement of remotely sensed multi-spectral images.Journal of Remote Sensing and Application,1997,12(1):19～33(in Chinese) ［11］Jin G L,Qiu Z C.A research on information amount of multi-spectral images.Acta Geodaetica et Cartographica Sinica,1992,21(2):101～107(in Chinese) ［12］Kang Y H.Theories of data fusion.Xi‘an:Xi‘an Electronic University Press,1997(in Chinese) ［13］Li H,et al. Multi-sensor image fusion using the wavelet transform.Graphical Models and Image Processing,1995,27(3):235～244 ［14］Liu J G.Digital image processing of remotely sensed imagery data.Imperial College of Science,Technology and Medicine,1997 ［15］Liu J G,McM J.Moore:Pixel block intensity modulation: adding spatial detail to TM band 6 thermal imagery.Int.J.Remote sensing,1998,19(13):2 477～2 491 ［16］Lou Z,Zhu C G.Multi-variate statistics fusion of TM images.Journal of Aero-computational Technology,1998,28(3):40～42(in Chinese) ［17］Peng W N.Statistical methods for geo-data processing.Wuhan:Wuhan College of Geology,1983(in Chinese) ［18］Richard J R.Remote sensing digital image processing.an introduction,Berlin:Springer-Verlag,1999 ［19］Wang R S.Image understanding.Changsha:National Defense University Press,1995(in Chinese) ［20］Winkler G.Image analysis.Random Fields and Dynamic Monte Carlo Methods (A Mathematical Introduction),Berlin:Springer-Verlag,1995     

空间大地测量的最新进展(一)

现代大地测量的进展主要是空间大地测量的进展 ,而空间大地测量的进展以 GPS的进展最为突出。因此 ,本刊曾在 2 0 0 0年 4期和 2 0 0 1年 1期连载了 GPS的最新进展。现陆续介绍现代空间大地测量最新进展的全貌 ,包括 :1.空间大地测量最新进展的概况 ;2 .甚长基线干涉测量 (VL BI)的最新进展 ;3.激光测月 (L L R)和激光测卫 (SL R)的最新进展 ;4.卫星雷达测高的最新进展 ;5 .合成孔径雷达干涉测量 (INSAR)的最新进展 ;6 .由卫星集成的多普勒和无线电定位系统 (DORIS)的最新进展等     

国际地图制图协会(ICA)执行委员会在武汉举行

应中国测绘学会和武汉测绘科技大学的邀请,国际地图制图协会(ICA)执行委员会于1990年4月23-27日在武汉市武汉测绘科技大学对外交流中心召开。这是第一、次在中国召开的ICA高级领导成员的会议。参加这次执委会会议的有ICA主席、加拿大泰勒(D.R.F.Taylor)教授,秘书长兼司库:澳大利亚皮尔士(D.T.Pearoe)先生,前任主席、美国莫里森(J.L.     

A GIS-based glacier inventory for the Antarctic Peninsula and the South Shetland Islands —A first case study on King George Island

［35］Braun M,Rau F.Using a multi_year data archive of ERS SAR imagery for the monitoring of firn line positions and ablation patterns on the King George Island ice cap (Antarctica).The Workshop of EARSeL Special Interest Group:Remote Sensing of Land Ice and Snow.Dresden,2000(published on CD_Rom in 2001) ［36］Rau F,Braun M,Friedrich M,et al.Radar glacier zones and its boundaries as indicators of glacier mass balance and climatic variability.The Workshop of EARSeL Special Interest Group:Remote Sensing of Land Ice and Snow.Dresden,2000(published on CD_Rom in 2001) ［1］Bahr D B.Global distribution of glacier properties:A stochastic scaling paradigm.Water Resource Research,1997,33(7):1 669～1 679 ［2］Bahr D B,Meier M F.Snow patch and glacier size distributions.Water Resource Research,2000,36(2)：495～501 ［3］Braun M,Schneider C.Characteristics of summer energy balance on the west coast of the Antarctic Peninsula.Annals of Glaciology,2000,31:179～183 ［4］Braun M,Rau F,Saurer H,et al.The development of radar glacier zones on the King George Island Ice Cap (Antarctica) during the Austral summer 1996～1997 as observed in ERS_2 SAR data.Annals of Glaciology,2000,31：357～363 ［5］Calvet J,Corbera J,Furada G.Variacion del frente glaciar en Bahia Sur y Punta Siddons entre 1956 y 1991,Isla Livingston,Islas Shetland del Sur.In: L&#243;pez_Martinez,J.: Geolog&#237;a de la Ant&#225;rtida Occidental.III Congreso Geol&#243;gico de Espana y VIII Congreso Latinoamericano de Geolog&#237;a,Salamanca,Espana,1992.283～292 ［6］Doake C S M,Vaughan D G.Rapid disintegration of the Wordie Ice Shelf in response to atmospheric warming.Nature,1991,350(6 316):328～330 ［7］Doake C S M,Corr H F J,Rott H,et al.Break_up and conditions for stability of the northern Larsen Ice Shelf,Antarctica.Nature,1998,391:778～780 ［8］Fox A J,Cooper A P R.Climate_change indicators from archival aerial photography of the Antarctic Peninsula.Annals of Glaciology,1998,27:636～642 ［9］Harangozo S A,Colwell S R,King J C.An analysis of a 34_year air temperature record from Fossil Bluff (71&#176; S,68&#176; W),Antarctica.Antarctic Science,1997,9(3):355～363 ［10］Hulbe C L.Recent changes to Antarctic Peninsula ice shelves: what lessons have been learned? Natural Science,1997,1(6) ［11］Jones P D.Antarctic temperatures over the present century——a study of the early expedition record.Journal of Climate,1990,3:1 193～1 203 ［12］Kieffer H and 41 others.New eyes from the skye measure glaciers and ice sheets.EOS,2000,81(24):265,270～271 ［13］King J C.Recent climate variability in the vicinity of the Antarctic Peninsula.International Journal of Climatology,1994,14:357～369 ［14］King J C,Harangozo S A.Climate change in the western Antarctic Peninsula since 1945: observations and possible causes.Annals of Glaciology,1998,27:571～575 ［15］Klser H,Arntz W E.RASCAL (RESEARCH on Antarctic Shallow Coastal and Litoral systems).Untersuchungen zur Struktur und Dynamik eines antarktischen K&#252;stenjosystems.Polarforschung,1994,64(1):27～41 ［16］Klser H,Ferreyra G,Schloss I,et al.Hydrography of Potter Cove,a small fjord_like inlet in King George Island,South Shetands.Estuarine,Coastal and Shelf Science,1994,38：523～537 ［17］Lucchitta B K,Rosanova C E.Retreat of northern margins of George VI and Wilkins Ice Shelves,Antarctic Peninsula.Annals of Glaciology,1998,27：41～46 ［18］Morris E M.Surface ablation rates on Moraine Corrie Glacier,Antarctica.Global and Planetary Change,1999,22：221～231 ［19］Park B K,Chang S K,Yoon H I,et al.Recent retreat of ice cliffs,King George Island,South Shetland Islands,Antarctic Peninsula.Annals of Glaciology,1998,27：633～635 ［20］Rakusa_Suszczewski S.The maritime Antarctic coastal ecosystem of Admiralty Bay.Department of Antarctic Biology,Polish Academy of Sciences,Warsaw,1993.216 ［21］Rakusa_Suszczewski S.The hydrography of Admiralty Bay and its inlets,coves and lagoons (King George Island,Antarctica).Polish Polar Research,1995,16(1/2):61～70 ［22］Rau F,Braun M,Saurer H,et al.Multi_year snow cover dynamics on the Antarctic Peninsula using SAR imagery.Polarforschung,2000,67(1/2)：27～40 ［23］Rott H,Skvarca P,Nagler T.Rapid Collapse of northern Larsen Ice Shelf,Antarctica.Science,1996,271:788～792 ［24］Rott H,Rack W,Nagler T,et al.Climatically induced retreat and collapse of northern Larsen Ice Shelf,Antarctic Peninsula.Annals of Glaciology,1998,27:86～92 ［25］Skvarca P,Rack W,Rott H,et al.Evidence of recent climatic warming on the eastern Antarctic Penisnula.Annals of Glaciology,1998,27:628～932 ［26］Simes J C,Bremer U F,Aquino F E,et al.Morphology and variations of glacial drainage basins in the King George Island ice field,Antarctica.Annals of Glaciology,1999,29:220～224 ［27］Smith A M,Vaughan D G,Doake C S M,et al.Surface lowering of the ice ramp at Rothera Point,Antarctic Peninsula,in response to regional climate change.Annals of Glaciology,1998,27:113～118 ［28］Smith R C,Stammerjohn S E,Baker K S.Surface air temperature variations in the western Antarctic Peninsula region.Antarctic Research Series,1996,70:105～121 ［29］Splettstoesser J.Antarctic Global Warming? Nature,1992,355(6 360):503 ［30］Stark P.Climatic warming in the central Antarctic Peninsula area.Weather,1994,49(6):215～220 ［31］Turner J,Colwel S R,Harangozo S.Variability of precipitation over the coastal western Antarctic Peninsula from synoptic observations.Journal of Geophysical Research,1997,102(D12):13 999～14 007 ［32］Warren C R.Iceberg calving and the glaciomarine record.Progress in Physical Geography,1992,16(3):253～282 ［33］Wunderle S.Die Schneedeckendynamik der Antarkische Halbinsel und ihre Erfassung mit aktiven und passiven Fernerkundungsverfahren.Freiburger Geographische Hefte,1996,48:172 ［34］Braun M,Saurer H,Vogt S,Simes J C,et al.The influence of large_scale atmospheric circulation on surface energy balance on the ice cap of King George Island.International Journal of Climatology,2001,21(1):21～36     

不同卫星高度角对GPS/GLONASS/BDS/Galileo融合定位的影响

研究不同卫星高度角对GP S/GLONAS S/BDS/Galileo(G+R+B+E)融合定位的影响,并建立了相应的模型.采用MGEX(Multi-GNSS Experiment)提供的全球卫星导航系统(GNSS)数据,经理论分析和算例表明:G+R+B+E组合使得参与定位的有效卫星增多,在不同的卫星高度角下均能保证较...     

GPS购买指南(六)

提供了有关GPS和GNSS的产品信息,罗列了186家生产制造厂和公司名录,按首字母的顺序编排,用黑斜体表示厂商名,信息含有国别、联系地址、电话、传真、电子信箱和网址等。S TTemexNeuchatelTimeS .AVauseyon 2 92 0 0 0NeuchtelSwitzerland ,tel:0 0 41 3 2 7 3 2 1666,fax :0 0 41 3 2 7 3 2 1667,mail@temex .ch ,www .temex .chThalesGeoSolutionsGroupLImitedCompassHouse,DavisRoadChessington ,SurreyKT91TB ,UK ,tel:44 870 6 0 10 0 0 0 ,fax :44 2 0 83 91160 2 ,contact @thales geosolutions.com ,www .thales geo…     

矩阵的代数扰动与广义逆阵(摘要)

设■(秩分解),M=A+T,R(U)=N(A),R(V)=N(A~*),L·Kramarz,陈永林等在[3～5]中研究了将一奇异方阵A经代数扰动到一非奇异阵M的问题,例如.他们建立了如下一些定理: 定理1.下列诸条件是等价的:     

Approximate representation of thep-norm distribution

［1］Liu D J,Shi W Z,Tong X H,et al.Precision analysis and quality cont rol of GIS spatial data.Shanghai:Shanghai Publishing House of Scientific Documen ts,1999 ［2］Chen X R,Fang Z B,Li G Y,et al.Non_parameter statistics.S hanghai:Shanghai Publishing House of Science and Technology,1989 ［3］Li Q H,Tao B Z.Application of probability statistical theory in survey ing.Beijing:Beijing Publishing House of Surveying and Mapping,1982 ［4］Sun H Y.p_norm distribution theory and its application in surveyin g data processing:[Ph.D Thesis].Wuhan:Wuhan Technical University of Surveying and Mapping,1995     

国外矿产品市场价格(2007-Ⅰ)

一、伦敦市场金属、矿石和氧化物价格矿产品名称规格及交货条件价格锑金属:自由市场,(99.65%)到岸价砷:鹿特丹,99%,到岸价铋金属:自由市场,(99.99%)到岸价镉金属:(99.99%),到岸价(99.95%),到岸价钴金属:自由市场,99.8%,纯净铟金属:自由市场锰金属:99.7%汞金属:自由市场,99.99%硒:自由市场,到岸价碲:英国团块和粉末,99.95%,纯净钼氧化物:55￣57%钽氧化物:60%,北欧港口到岸价钒氧化物:98%V2O5,到岸价黑钨矿:金:银:铂金属:J.马瑟基价钯金属:J.马瑟基价铱金属:J.马瑟基价锇金属:自由市场铑金属:J.马瑟基价钌金属:J.马瑟基价5300￣54000.45￣0…     

GPS测量数据处理系统(GDPS)

由武汉测绘科技大学工程测量系研制的“GPS测量数据处理系统(GDPS)”是用于GPS控制网平差的软件,该软件是在微机上利用C语言,Quick BASIC,Foxbase,以及Auto-CAD开发而成,具有以下功能: 1.与多种接收机随机软件处理结果衔接; 2.完整的文件编缉; 3.三维无约束平差;     

《地球空间信息科学学报》2008年总目录(英文)

Issue 1 Theory and Realization of GPS Orbit Integration………………………1 YAO Yibin Design of Geodetic SVLBI Satellite Orbit and Its Tracking Network……6 WEI Erhu LIU Jingnan KULKARNI M. N. FREY Sándor Single Point Positioning with Sequential Least-Squ     

测绘学科博士论文摘要选登(六)

题目:GPS辅助空中三角测量及其质量控制 作者:袁修孝 导师:李德仁 摘要:本文系统地介绍了GPS辅助空中三角测量的基本原理、主要技术措施和质量控制方法,着重讨论了近5年来利用自行研制的相关软件和技术方案在中国5个测区约7万km2疆域进行试验和生产的结果.     

全球定位系统(GPS)的最新进展(下)

3　动态 GPS定位自从利用 GPS载波相位观测的机载动态定位于 1 985年第一次得到证实之后 ,可靠的 GPS解支持航空摄影测量、遥感活动和地球物理测量的能力显著改进了。这些改进来源于若干因素的综合 :第一 ,运动 GPS接收机可以跟踪 8颗或更多颗卫星 ;第二 ,可以得到精密星历供后处理之用 ;第三 ,提出了一些算法 ,它们能以少量的相位和伪距观测量在运动中初置相位偏差。这些因素综合起来 ,产生了精确到厘米级的动态定位能力。这就是动态 GPS定位技术。它可以把距离延伸到约 1 0 0 km。采用 KARS( Kine-matic And Rapid Static)程序…     

全球定位系统(GPS)的最新进展(上)

首先分析了 GPS观测的主要误差源。其次 ,叙述了空基 (星载 ) GPS的科学应用 ,其中 TOPEX和 Micro L abe任务都是成功的范例。关于 GPS对于气象学的应用 (GPS/MET)方面 ,比较详细地介绍了地基 GPS/MET和空基(星载 ) GPS/MET的最新进展 ,二者处于 GPS的最新进展的前沿。     

《德国大地测量杂志》2002,76(5)要目

H. Schuh, M. Ulrich, D. Egger, J. Mueller, W. Schwegmann: Prediction of Earth orientation parameters by artificial neural networks: 247-258 利用人工神经网络预测地球定向参数 K. -R. Koch, J. Kusche: Regularization of geopotential determination from satellite data by variance components: 259-268 利用方差分量从卫星数据中调整确定地球重力位     

武汉地区GPS气象网试验研究 (英文)

There are three aspects in the study of GPS meteorology network in the Wuhan region. The first is the comparison of the GPS precipitable water vapor between final ephemeris and ultra-rapid ephemeris for which the relative coefficient is 99.97 and the root mean squares is 0.048 mm. It can be concluded that ultra-rapid ephemeris can be used to get the GPS precipitable water vapor for the real-time prediction. The second is the comparison of precipitable water vapor of GPS stations and the distribution of water vapor in the Wuhan region is acquired. The change of GPS precipitable water vapor and rainfall in a rainfall process are compared and analyzed. The change of GPS precipitable water vapor can reflect and predict the process of rainfall.     

南极国际GPS跟踪站的海潮位移改正 (英文)

This paper describes the ocean loading tides corrections of GPS stations in Antarctica, such as the Great Wall station and Zhongshan station. Based on the theory of ocean loading tides, the displacement corrections of ocean loading tides on GPS stations in Antarctica are calculated by using the CRS4.0 ocean loading tides model. These corrections are also applied to GPS data processing. The GPS data are analyzed by the GAMIT software with and without these corrections. We compared and analyzed the GPS baseline components to get the differences. The results show that the ocean tidal displacement corrections have obvious effects upon GPS baseline components. Therefore, we should not ignore the ocean loading tides corrections of GPS stations in Antarctica to obtain precise and reliable results.