1 Urban Spatio-Temporal-Spectral-Angular
Observation Model
Urban Remote Sensing Observation Demand
The Observation Objects of Urban Remote Sensing
The Demand for Urban Application Services for Remote
Sensing Platform
The Demand for Sensor Diversity in Urban
Remote Sensing
Remote Sensing Platform for Various Urban Applications
Multi-platform Multi-sensor Collaborative Network Observation
Mode of Space-Air-Ground for Urban Service Demand
Theoretical Model of Urban Spatio-Temporal-Spectral-Angular
Observation
Urban Remote Sensing Observation Services
Questions
References
2 Big Data Characteristics of Urban Remote Sensing
Multi-source Heterogeneous Remote Sensing Big Data with
Long Time Series
Urban Satellite Imagery
Urban Aerial Imagery
Urban UAV Imagery
Urban Mobile Mapping System
Urban Crowdsourcing Images
Data Characteristics of Urban Visible Panchromatic Remote
Sensing Imagery
Image Characteristics of Urban Houses
Image Characteristics of Urban Roads
Image Characteristics of Urban Green Space
Image Characteristics of Urban Water Bodies
Data Characteristics of Urban Multi-spectral Remote
Sensing Images
Data Characteristics of Urban Green Space
Data Characteristics of Urban Water Bodies
Data Characteristics of Urban Hyperspectral Imagery
Data Characteristics of Urban Thermal Infrared Images
Data Characteristics of Urban Microwave Remote
Sensing Images
Data Characteristics of Urban LiDAR Data
Data Characteristics of Urban Nighttime Light Remote
Sensing Imagery
Data Characteristics of Urban Crowdsourcing Images
Questions
References
3 Principles and Methods of Urban Remote Sensing
Image Interpretation
The Task of Urban Remote Sensing Imagery Interpretation
The Objects of Urban Remote Sensing Imagery
Interpretation
Image Spatial Interpretation
