作者簡介
邵振峰,1976年生,武漢大學博士,二級教授,測繪遙感信息工程國家重點實驗室工作,攝影測量與遙感專業博士生導師,現擔任美國攝影測量與遙感會刊Photogrammetry Engineering & Remote Sensing副主編,主要研究城市遙感。先後入選教育部”新世紀優秀人才”(2012年)、湖北省自然科學基金”傑青人才”計劃(2013年)、武漢市”晨光計劃”(2015年)、科技部”中青年科技創新領軍人才”和”全國優秀科技工作者”(2016年)、第1*”萬人計劃”科技創新領軍人才(2017年),主持國家重點研發計劃戰略性國際科技創新合作重點專項項目、香港聯合基金項目、國家自然科學基金面上項目多項,參與國家重點研發計劃項目和重大基金項目多項。先後在美國紐約州立大學布法羅分校(2013年)、印第安納州立大學(2016年)和加利福尼亞大學默塞德分校(2017年)作訪問學者,已發表學術論文100餘篇,其中SCI檢索80餘篇,出版專著《城市遙感》。已獲美國授權發明專利2項,中國授權國家發明專利32項、軟件著作權11項,獲國際學術會議最佳論文獎4項(其中2014年獲得美國攝影測量與遙感領域Talbert Abrams Award)、國家科技進步一等獎1項(2020年)、國家科技進步二等獎1項(2015年)、省部級一等獎5項(2012~2019年)、中國專利優秀獎1項(2018年),並獲得王之卓青年科學家獎(2019年)。
目錄
Preface
About the Author
Chapter 1 Urban Spatio-Temporal-Spectral-Angular Observation Model
1 1 Urban Remote Sensing Observation Demand
1 1 1 The observation objects of urban remote sensing
1 1 2 The demand for urban application services for remote sensing platform
1 1 3 The demand for sensor diversity in urban remote sensing
1 1 4 Remote sensing platform for various urban ouтeapplications
1 2 Multi-platform Multi-sensor Collaborative Network Observation Mode of Space-Air-Ground for Urban Service Demand
1 3 Theoretical Model of Urban Spatio-Temporal-Spectral-Angular Observation
1 4 Urban Remote Sensing Observation Services
Questions
References
Chapter 2 Big Data Characteristics of Urban Remote Sensing
2 1 Multi-source Heterogeneous Remote Sensing Big Data withLong Time Series
2 1 1 Urban satellite imagery
2 1 2 Urban aerial imagery
2 1 3 Urban UAV imagery
2 1 4 Urban mobile mapping system
2 1 5 Urban crowdsourcing images
2 2 Data Characteristics of Urban Visible Panchromatic Remote Sensing Imagery
2 2 1 Image characteristics of urban houses
2 2 2 Image characteristics of urban roads
2 2 3 Image characteristics of urban green space
2 2 4 Image characteristics of urban water bodies
2 3 Data Characteristics of Urban Multi-spectral Remote Sensing Images
2 3 1 Data characteristics of urban green space
2 3 2 Data characteristics of urban water bodies
2 4 Data Characteristics of Urban Hyperspectral Imagery
2 5 Data Characteristics of Urban Thermal Infrared Images
2 6 Data Characteristics of Urban Microwave Remote Sensing Images
2 7 Data Characteristics of Urban LiDAR Data
2 8 Data Characteristics of Urban Nighttime Light Remote Sensing Imagery
2 9 Data Characteristics of Urban Crowdsourcing Images
Questions
References
Chapter 3 Principles and Methods of Urban Remote Sensing Image Interpretation
3 1 The Task of Urban Remote Sensing Imagery Interpretation
3 2 The Objects of Urban Remote Sensing Imagery Interpretation
3 2 1 Image spatial interpretation
3 2 2 Interpretation of spectrum space
3 2 3 Interpretation of feature space
3 3 The Mechanism of Urban Remote Sensing Imagery Interpretation
3 3 1 Direct interpretation signs
3 3 2 Indirect interpretation signs
3 4 Methods of Urban Remote Sensing Imagery Interpretation
3 4 1 Visual interpretation
3 4 2 Semi-automatic interpretation
3 4 3 Automatic interpretation based on machine learning
3 4 4 Automatic interpretation based on deep learning
3 4 5 Interpretation of remote sensing big data
Questions
References
Chapter 4 Preprocessing Methods of Urban Remote Sensing Imagery
4 1 Cloud Detection Methods for Urban Remote Sensing Imagery
4 2 Shadow Detection Methods for Urban Remote Sensing Imagery
4 3 Image Enhancement Methods for Urban Remote Sensing Imagery
4 4 Super-Resolution Reconstruction Methods for Urban Remote Sensing Imagery
4 5 Fusion Demands of Urban Remote Sensing Imagery
4 5 1 Spatial-spectral fusion methods
4 5 2 Spatio-temporal fusion methods
Questions
References
Chapter 5 Classification and Information Extraction Methods for Urban Remote Sensing Imagery
5 1 Classification and Information Extraction Demands for Urban Remote Sensing Imagery
5 2 Unsupervised Classification Methods for Urban Remote Sensing Imagery
5 3 Supervised Classification Methods for Urban Remote Sensing Imagery
5 4 New Classification Methods for Urban Remote Sensing Imagery
5 5 Urban Road Extraction Methods Based on Remote Sensing Imagery
5 5 1 Automatic extraction method of urban roads
5 5 2 Road extraction method based on deep learning models
5 6 Urban Building Extraction Methods Based on Remote Sensing Imagery
5 7 Urban Lake Extraction Methods Based on Remote SensingImagery
Questio
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