Concept list

Name Instance Outgoing relations Incoming relations Actions
[AM] Analytical Methods 1 18 View
[AM1-2] Analytical approaches 1 0 View
[AM1] Foundations of analytical methods 1 1 View
[AM10-1] Problems of large spatial databases 1 0 View
[AM10-2] Data mining approaches 1 0 View
[AM10-3] Knowledge discovery 1 0 View
[AM10] Data mining 1 4 View
[AM11-1] Networks defined 1 0 View
[AM11-2] Graph theoretic descriptive measures of networks 1 0 View
[AM11-3] Least-cost shortest path 1 0 View
[AM11-4] Flow modeling 1 0 View
[AM11-5] The Classic Transportation Problem 1 0 View
[AM11-6] Other classic network problems 1 0 View
[AM11-7] Accessibility modeling 1 0 View
[AM11] Network analysis 1 7 View
[AM12-1] Operations research modeling and location modeling principles 1 0 View
[AM12-2] Linear programming 1 0 View
[AM12-3] Integer programming 1 0 View
[AM12-4] Location-allocation modeling and p-median problems 1 0 View
[AM12] Optimization and location-allocation modeling 1 4 View
[AM13-1] Impacts of transformations 1 0 View
[AM13-2] Data model and format conversion 1 0 View
[AM13-3] Interpolation 2 0 View
[AM13-4] Vector-to-raster and raster-to-vector conversions 1 0 View
[AM13-5] Raster resampling 2 0 View
[AM13-6] Coordinate transformations 2 0 View
[AM13] Representation transformation 1 6 View
[AM14-1] Scale and generalization 1 0 View
[AM14-2] Approaches to point, line, and area generalization 1 0 View
[AM14-3] Classification and transformation of attribute measurement levels 1 0 View
[AM14] Generalization and aggregation 1 3 View
[AM2-1] Set theory 1 0 View
[AM2-2] Structured Query Language (SQL) and attribute queries 1 0 View
[AM2-3] Spatial queries 1 0 View
[AM2] Query operations and query languages 1 3 View
[AM3-1] Distances and lengths 1 0 View
[AM3-2] Direction 1 0 View
[AM3-3] Shape 1 0 View
[AM3-4] Area 1 0 View
[AM3-5] Proximity and distance decay 2 0 View
[AM3-6] Adjacency and connectivity 2 0 View
[AM3] Geometric measures 1 6 View
[AM4-1] Reclassification and selection operations 1 0 View
[AM4-2] Buffers 1 0 View
[AM4-3] Overlay 1 0 View
[AM4-4] Neighborhood analysis 2 1 View
[AM4-5] Map algebra 1 0 View
[AM4] Basic analytical operations 1 5 View
[AM5-1] Point pattern analysis 1 0 View
[AM5-2] Kernels and density estimation 1 0 View
[AM5-3] Spatial cluster analysis 1 0 View
[AM5-4] Spatial interaction 1 0 View
[AM5-5] Analyzing multidimensional attributes 1 1 View
[AM5-7] Multi-criteria evaluation 1 0 View
[AM5-8] Spatial process models 3 0 View
[AM5] Basic analytical methods 1 7 View
[AM6-2] Interpolation of surfaces 1 0 View
[AM6-3] Surface features 1 0 View
[AM6-4] Intervisibility 1 0 View
[AM6-5] Friction surfaces 1 0 View
[AM6] Analysis of surfaces 1 4 View
[AM7-1] Graphical methods 1 0 View
[AM7-2] Stochastic processes 2 0 View
[AM7-3] The spatial weights matrix 1 0 View
[AM7-4] Global measures of spatial association 1 0 View
[AM7-5] Local measures of spatial association 1 0 View
[AM7-6] Outliers 1 0 View
[AM7-7] Bayesian methods 2 0 View
[AM7] Spatial statistics 1 7 View
[AM8-1] Spatial sampling for statistical analysis 2 0 View
[AM8-3] Variogram modeling 1 0 View
[AM8-4] Principles of kriging 1 0 View
[AM8-5] Kriging variants 1 0 View
[AM8] Geostatistics 1 4 View
[AM9-1] Principles of spatial econometrics 1 0 View
[AM9-2] Spatial autoregressive models 1 0 View
[AM9-3] Spatial filtering 1 0 View
[AM9-4] Spatial expansion and Geographically Weighted Regression GWR 1 0 View
[AM9] Spatial regression and econometrics 1 4 View
[CF] Conceptual Foundations 1 8 View
[CF1-1] Metaphysics and ontology 1 0 View
[CF1-1b] What is Geographic Information Science and Technology 1 0 View
[CF1-2] Epistemology 1 0 View
[CF1-2b] Contributions to GIS and T by key allied fields 1 0 View
[CF1-3] Philosophical perspectives 1 0 View
[CF1] Philosophical foundations 1 5 View
[CF1b] Introduction to Geographic Information Science and Technology 1 2 View
[CF2-1] Perception and cognition of geographic phenomena 1 0 View
[CF2-1b] Philosophy of being 1 0 View
[CF2-2] From concepts to data 1 1 View
[CF2-2b] Philosophy of knowledge 1 0 View
[CF2-3] Geography as a foundation for GIS 1 0 View
[CF2-4] Place and landscape 1 0 View
[CF2-6] Cultural influences 1 0 View
[CF2-7] Political influences 1 0 View
[CF2] Cognitive and social foundations 1 6 View
[CF3-1] Space 2 0 View
[CF3-1b] Cognitive foundations 1 0 View
[CF3-2b] Linguistic foundations 1 0 View
[CF3-3b] Social foundations 1 0 View
[CF3-4b] Common-sense geographies 1 0 View
[CF3] Cognitive, linguistic and social foundations 1 4 View
[CF4-2b] Time 2 0 View
[CF4-3b] Relationships between space and time 2 0 View
[CF4-4b] Categories 1 0 View
[CF4-5] Properties 1 2 View
[CF4b] Fundamentals of Geographic Information 1 4 View
[CF5-1b] Discrete entities 1 0 View
[CF5-2b] Fields 1 0 View
[CF5-3b] Events and processes 1 0 View
[CF5-4b] Integrated models 1 0 View
[CF5-6] Spatial distribution 1 0 View
[CF5-7] Region 1 0 View
[CF5-8] Spatial integration 1 0 View
[CF5b] Elements of geographic information 1 4 View
[CF6-1] Mereology: structural relationships 1 0 View
[CF6-2] Genealogical relationships: lineage, inheritance 1 0 View
[CF6-3] Topological relationships 1 1 View
[CF6-4] Metrical relationships: distance and direction 1 0 View
[CF6] Relationships 1 8 View
[CF7-1] Vagueness 2 0 View
[CF7-2] Error-based uncertainty 2 0 View
[CF7] Imperfections in geographic information 1 3 View
[CV] Cartography and Visualization 1 6 View
[CV1-1] History and evolution of cartography 1 2 View
[CV1-4] Art and geodata visualisation 1 0 View
[CV1-5] Historical maps 1 2 View
[CV1] History and trends 1 4 View
[CV2-1] Data sources for mapping 2 0 View
[CV2-2] Data processing 1 0 View
[CV2-3] Mathematical base 1 0 View
[CV2] Data considerations 1 3 View
[CV3-1] Map design fundamentals 1 0 View
[CV3-10] Geo-gaming 1 0 View
[CV3-2] Symbols and icons 1 0 View
[CV3-3] Colour 1 0 View
[CV3-4] Typography 1 0 View
[CV3-5] Photos 2 0 View
[CV3-6] Animation 1 3 View
[CV3-7] Sound 1 0 View
[CV3-8] Storytelling 2 0 View
[CV3-9] Infographics 1 0 View
[CV3] Design principles 1 10 View
[CV4-1] Thematic mapping 1 0 View
[CV4-10] Visualization of uncertainty 2 0 View
[CV4-2] Representing terrain 2 0 View
[CV4-3] Multivariate displays 2 0 View
[CV4-4] Visualization of temporal geographic data 2 0 View
[CV4-5] Dynamic and interactive displays 1 0 View
[CV4-6] Web mapping 1 0 View
[CV4-7] Virtual and immersive environments 1 0 View
[CV4-8] Augmented environments 1 0 View
[CV4-9] Spatialization 1 0 View
[CV4] Graphic representation techniques 1 10 View
[CV5-1] Computational demands 1 0 View
[CV5-2] Web map making 2 0 View
[CV5-3] Traditional map making 3 0 View
[CV5-4] Map reproduction 1 0 View
[CV5] Map production 1 4 View
[CV6-1] The power of maps 2 2 View
[CV6-2] Map reading and interpretation 1 0 View
[CV6-3] Usability analysis 1 0 View
[CV6-6] Spatial thinking 1 0 View
[CV6-8] Map ethics Legal and privacy issues 1 1 View
[CV6] Usability of maps 1 4 View
[DA] Design and Setup of Geographic Information Systems 1 4 View
[DA1-1] Requirements gathering and analysis 1 0 View
[DA1-2] Methods of process description and documenting 1 0 View
[DA1-3] Transformation of application processes into systems 1 0 View
[DA1-4] Workflow definition and consideration in GI systems 1 0 View
[DA1-5] Software design and engineering 1 0 View
[DA1-6] User interface and Usability 1 0 View
[DA1-9] Geodesign 1 0 View
[DA1] System design 1 7 View
[DA2-1] Project management 1 0 View
[DA2-2] Feasibility analysis 1 0 View
[DA2-8] Commercial and open source software 2 0 View
[DA2] Resource planning 1 5 View
[DA3-1] Major geospatial software architectures 1 0 View
[DA3-2] Interoperability 2 0 View
[DA3-3] Architectural Patterns 1 0 View
[DA3-4] WebGIS, SDI services, map services 1 0 View
[DA3-5] Reference Model of Open Distributed Processing 2 0 View
[DA3-6] Cloud and Grid computing 1 0 View
[DA3-7] Desktop GIS, GIS libraries 2 0 View
[DA3] Architectural design of a GIS system 1 7 View
[DA4-1] Modeling tools 1 0 View
[DA4-2] Conceptual models 2 0 View
[DA4-3] Logical models 1 0 View
[DA4-4] Physical models 2 0 View
[DA4] Database design 2 4 View
[DM] Data Modeling, Storage and Exploitation 1 5 View
[DM1-1] Overview on database concepts 1 0 View
[DM1-2] The Relational Model 1 0 View
[DM1-3] Relational Databases, Database Managements Systems and Database principles 1 0 View
[DM1-4] Data Structures and Indices for Databases 1 0 View
[DM1-5] Data compression techniques 1 1 View
[DM1-6] SQL and its usage for data handling, spatial extensions to SQL 1 0 View
[DM1-7] UML introduction and class diagrams 1 0 View
[DM1-8] XML introduction 1 0 View
[DM1-9] Database concepts in GIS and Principles of spatial databases 1 0 View
[DM1] Foundations for Data Modelling Storage and Exploitation 1 9 View
[DM2-1] Overview on relevant standards and standardisation bodies 2 1 View
[DM2-2] The principle of conceptual data modelling according to ISO 1 0 View
[DM2-3] Geometry data types according to spatial schema and the simple feature specification 1 0 View
[DM2-4] Temporal data types according to temporal schema 1 0 View
[DM2-5] Transferring conceptual models to logical models 1 0 View
[DM2-6b] Other standards 1 0 View
[DM2-7] Introduction to GML 1 0 View
[DM2-8] Introduction to CityGML 1 0 View
[DM2] Standards for Spatial Data Modeling 1 8 View
[DM3-1b] The concept of fields 1 0 View
[DM3-2] The raster model 1 0 View
[DM3-2b] Grid representations 1 0 View
[DM3-3] Grid compression methods 2 0 View
[DM3-3b] TIN and Voronoi tesselations 1 0 View
[DM3-4] The hexagonal model 1 0 View
[DM3-4b] Other models like linear referencing 1 0 View
[DM3-5b] Resolution and georeferencing system 1 0 View
[DM3-7] Hierarchical data models 1 0 View
[DM3] Tessellation data models 1 9 View
[DM4-1] Feature based modelling 1 0 View
[DM4-2] Geometric modelling 1 0 View
[DM4-3] Topological modelling 1 0 View
[DM4-4] Application models based on vector data 1 0 View
[DM4-5] Examples of important application models 1 0 View
[DM4-6] Model based interoperability, model transformations 1 0 View
[DM4-7] Network models 1 0 View
[DM4] Vector data model, Feature based modelling, Applications 1 7 View
[DM5-1] Basics of uncertainty and its modelling 1 0 View
[DM5-2] Modelling time aspects 1 0 View
[DM5-3] Modelling 3D 1 0 View
[DM5] Modelling 3D, temporal and uncertain phenomena 1 3 View
[DN3-1] Database change 1 0 View
[DN3-2] Modeling database change 1 0 View
[DN3-3] Reconciling database change 1 0 View
[DN3-4] Managing versioned geospatial databases 1 0 View
[GC] Geocomputation 1 4 View
[GC1-1] Complex systems 1 0 View
[GC1-2] Computational science and technology 1 1 View
[GC1-3] Spatio-temporal problems and applications 1 0 View
[GC1-4] Origin of geocomputation 1 0 View
[GC1] Geocomputation and complex systems 1 3 View
[GC2-1] Principles of computer simulation 1 1 View
[GC2-3] Rule-based models 1 0 View
[GC2-4] Equation-based models 1 0 View
[GC2-5] Space-time dynamics 1 3 View
[GC2-6] Cellular automata 1 2 View
[GC2-7] Agent-based modelling 1 0 View
[GC2] Spatial simulation modelling 1 6 View
[GC3-1] Heuristics 1 0 View
[GC3-2] Genetic algorithms 1 0 View
[GC3-3] Artificial Neural Networks 1 0 View
[GC3-4] Pattern recognition 1 0 View
[GC3-5] Spatio-temporal knowledge discovery 1 0 View
[GC3-6] Big data filtering 1 1 View
[GC3] Artificial Intelligence and Data Mining 3 6 View
[GC4-1] Open Geocomputation 1 1 View
[GC4] Open Science 1 4 View
[GD] Geospatial Data 1 4 View
[GD1-1] Earth geometry 1 0 View
[GD1-2] Georeferencing systems 2 0 View
[GD1-3] Datums 1 0 View
[GD1-4] Map projections 1 1 View
[GD1] Geolocating Data to Earth 1 4 View
[GD10-2] Platforms and sensors 1 3 View
[GD10-4] Stereoscopy and orthoimagery 1 3 View
[GD10] Aerial imaging and photogrammetry 1 3 View
[GD11-2] Platforms and sensors 1 3 View
[GD11] Satellite and shipboard remote sensing 1 1 View
[GD12] Metadata, standards, and infrastructures 3 0 View
[GD2-1] Land surveying and field data collection 1 0 View
[GD2-2] Remote sensing 1 3 View
[GD2-3] Crowdsourced data collection 2 1 View
[GD2-4] Digitizing 1 3 View
[GD2] Data Collection 1 5 View
[GD3] Transaction management of geospatial data 1 5 View
[GD4-1] Data quality 1 5 View
[GD4-2] Metadata, standards, and infrastructures 1 1 View
[GD4] Data Quality, Metadata and Data Infrastructure 1 5 View
[GD5] Map projections 1 0 View
[GD6-1] Geometric accuracy 1 0 View
[GD6-2] Thematic accuracy 1 0 View
[GD6-3] Resolution 2 0 View
[GD6-4] Precision 1 0 View
[GD6-5] Primary and secondary sources 1 0 View
[GD6] Data quality 1 0 View
[GD8-1] Tablet digitizing 1 0 View
[GD8-2] On-screen digitizing 1 0 View
[GD8-3] Scanning and automated vectorization techniques 1 0 View
[GIST] Geographic Information Science and Technology 0 14 View
[GS] GI and Society 1 6 View
[GS1-1] The legal regime and legal framework 1 0 View
[GS1-2] Contract law, liability and licensing 1 0 View
[GS1-3] Privacy and Security 2 0 View
[GS1-4] Ownership and property rights 1 0 View
[GS1-5] Competition and public-private sector relationships 1 0 View
[GS1-6] Open data 2 0 View
[GS1] Legal aspects 1 6 View
[GS2-1] GI Business models 1 0 View
[GS2-5] Geo-information value chain 1 0 View
[GS2] Economic aspects 1 2 View
[GS3-1] Use of geospatial information in the public sector 1 0 View
[GS3-2] Use of geospatial information in the private sector 1 0 View
[GS3-3] Use of geospatial information in research and education 1 0 View
[GS3-4] Use of geospatial information in environmental issues 1 0 View
[GS3] Use of geospatial information 1 4 View
[GS4-1] Public participation GIS 1 0 View
[GS4-2b] Social Media Geographic Information 1 0 View
[GS4-3b] Citizens and volunteered geographic information 3 0 View
[GS4] Geospatial citizenship 1 3 View
[GS5-1b] Ethics in the geospatial information society 1 0 View
[GS5-2b] Codes of ethics for geospatial professionals 1 0 View
[GS5] Ethical aspects 1 2 View
[GS6-1] Epistemological and critical issues 1 0 View
[GS6-2] Critical approach on the use of geospatial information 1 0 View
[GS6-3] Critical aspects and invisible groups 1 0 View
[GS6] Critical approach 1 7 View
[GS7-1] Epistemological critiques 1 0 View
[GS7-3] Feminist critiques 1 0 View
[GS7-4] Social critiques 1 0 View
[IP] Image processing and analysis 1 8 View
[IP1-1-1] Image subset 1 0 View
[IP1-1-2] Layer stack 1 0 View
[IP1-1] Data manipulation 1 2 View
[IP1-2] Fourier transformation 2 0 View
[IP1-3-1-1] DEM generation with 'Structure-from-Motion' 2 0 View
[IP1-3-1-2] Photogrammetric principles 2 0 View
[IP1-3-1-3] RPC correction 1 0 View
[IP1-3-1-4] Ground Control Points (GCP) 2 0 View
[IP1-3-1] Orthorectification 1 6 View
[IP1-3-2-1] Image co-registration 1 0 View
[IP1-3-2] Spatial referencing 3 5 View
[IP1-3] Geometric correction 2 5 View
[IP1-4-1] Contrast stretching 1 0 View
[IP1-4-2] Histogram 1 0 View
[IP1-4] Image enhancement 1 2 View
[IP1-6] Principal component analysis (PCA) 3 0 View
[IP1-7-1-1] Bottom-of-Atmosphere (BOA) 1 0 View
[IP1-7-1-4] Top-Of-Atmosphere (TOA) 1 0 View
[IP1-7-1] Atmospheric correction 1 4 View
[IP1-7-2-1] Minimum noise fraction (MNF) 1 1 View
[IP1-7-2] Dimensionality reduction 1 1 View
[IP1-7-3] Sensor calibration 1 1 View
[IP1-7-4] Noise reduction 2 1 View
[IP1-7-5] Topographic correction 2 2 View
[IP1-7-6] Field spectroscopy reference data 2 2 View
[IP1-7] Radiometric calibration and correction 2 8 View
[IP1] Image pre-processing 1 8 View
[IP2-1-1] Data augmentation 1 0 View
[IP2-1-2] Data imputation 1 0 View
[IP2-1-3-1] Gram-Schmidt pan-sharpening 1 0 View
[IP2-1-3-2] Principal Component Analysis (PCA)-based pan-sharpening 1 1 View
[IP2-1-3] Pan-sharpening 1 2 View
[IP2-1-4] Spatio-temporal image fusion 1 0 View
[IP2-1] Data fusion 1 4 View
[IP2-2] Data harmonisation 1 0 View
[IP2-3] Data integration 1 0 View
[IP2] Data assimilation 1 4 View
[IP3-1-1-1] Vegetation fraction 1 0 View
[IP3-1-1-2] LAI (Leaf Area Index) 1 0 View
[IP3-1-1-3] Net primary production (NPP) 1 0 View
[IP3-1-1] Biophysical and geophysical parameters 2 4 View
[IP3-1-2-1] Soil-adjusted Vegetation Index (SAVI) 1 0 View
[IP3-1-2-2] Normalized Difference Snow index (NDSI) 1 0 View
[IP3-1-2-3] Normalized Difference Vegetation Index (NDVI) 7 0 View
[IP3-1-2] Spectral indices 2 6 View
[IP3-1] Band maths 1 2 View
[IP3-10] Semantic enrichment 1 0 View
[IP3-11-1] Change detection 1 0 View
[IP3-11-2] Cube-based time series analysis 1 0 View
[IP3-11-3] Dynamic Time Warping 1 0 View
[IP3-11] Time series analysis 1 4 View
[IP3-12-1] Error propagation 1 0 View
[IP3-12-2] Precision 1 0 View
[IP3-12] Uncertainty 1 3 View
[IP3-13-1] Elements (cues) of interpretation 1 0 View
[IP3-13-2] Information-as-data-interpretation 1 0 View
[IP3-13-3] Interpretation keys 1 0 View
[IP3-13] Visual interpretation 1 3 View
[IP3-2-1] Artificial intelligence (AI) in EO 1 1 View
[IP3-2-2] Information theory 1 0 View
[IP3-2-3] Keypoint detection 1 1 View
[IP3-2] Computer vision in EO 1 3 View
[IP3-3-1] DEM generation 2 2 View
[IP3-3-2] DSM generation 1 0 View
[IP3-3] Cross-stereo analysis 1 2 View
[IP3-4-1-1] Filtering 1 0 View
[IP3-4-1-2] Gridding 1 0 View
[IP3-4-1] Spatial aggregation 1 2 View
[IP3-4-2-1] Conditional probability 1 1 View
[IP3-4-2-2] Maximum likelihood 1 0 View
[IP3-4-3-1] Land cover classification system (LCCS) 1 0 View
[IP3-4-3] Classification schemes (taxonomies) 1 1 View
[IP3-4-4] Clustering (unsupervised) 1 0 View
[IP3-4-5-1] Production system 1 0 View
[IP3-4-5] Decision trees 1 1 View
[IP3-4-6-1] Convolutional neural networks (CNN) 1 0 View
[IP3-4-6] Deep learning 1 1 View
[IP3-4-7-1] Random forest (RF) 1 0 View
[IP3-4-7-2] Support vector machines (SVM) 1 0 View
[IP3-4-7] Machine learning 1 2 View
[IP3-4-8] Mental concepts and categories 1 0 View
[IP3-4-9] Sampling strategies 2 1 View
[IP3-4] Image classification 1 13 View
[IP3-5-1] Edge-based segmentation 1 0 View
[IP3-5-2] Histogram-based segmentation 1 0 View
[IP3-5-3] Local variance 1 0 View
[IP3-5-4] Mean-shift segmentation 1 0 View
[IP3-5-5] Regionalisation 1 0 View
[IP3-5-6-1] Multi-resolution segmentation 1 0 View
[IP3-5-6-2] Watershed segmentation 1 0 View
[IP3-5-6] Region-based segmentation 1 2 View
[IP3-5-7] Spatial autocorrelation 1 0 View
[IP3-5] Image segmentation 1 7 View
[IP3-6-1] Combined filtering 1 1 View
[IP3-6-2] Edge detectors 1 0 View
[IP3-6-3-1] Lee-Sigma 1 0 View
[IP3-6-3] High-pass filtering 1 1 View
[IP3-6-4-1] Gauss filter 1 0 View
[IP3-6-4] Low-pass filtering 1 1 View
[IP3-6] Neighbourhood analysis (convolution) 1 5 View
[IP3-7-1] Class modelling 1 0 View
[IP3-7-2] Hierarchical representation 1 0 View
[IP3-7-3] Per-parcel analysis 1 0 View
[IP3-7-4-1] Distance and proximity features 1 0 View
[IP3-7-4-2] Planar geometric features 1 0 View
[IP3-7-4-3] Topological features 1 0 View
[IP3-7-4] Spatial features 1 3 View
[IP3-7] Object-based image analysis (OBIA) 1 4 View
[IP3-8-1] Feature space polyhedralization 1 0 View
[IP3-8-2] Radiative transfer modelling 2 4 View
[IP3-8] Physical-model based analysis 1 3 View
[IP3-9-1] Difference of Gaussian (DoG) 2 0 View
[IP3-9-2] Scale invariant feature transformation (SIFT) 2 0 View
[IP3-9] Scale space analysis 1 2 View
[IP3] Image understanding 1 13 View
[IP4-1-1] Accessibility 1 0 View
[IP4-1-2] GEO QA4EO 1 0 View
[IP4-1-4] ISO standards 1 1 View
[IP4-1-5] OGC standards 2 0 View
[IP4-1-6] Replicability and reproducibility 2 0 View
[IP4-1-7] Reusability 1 0 View
[IP4-1] Data quality standards 2 7 View
[IP4-2-1-1] Error matrix 1 0 View
[IP4-2-1-2] F-score 1 0 View
[IP4-2-1-3] Ground reference 1 0 View
[IP4-2-1-4] Kappa statistics 1 0 View
[IP4-2-1-5] Precision & recall 1 0 View
[IP4-2-1-6] Root mean square error (RMSE) 1 0 View
[IP4-2-1] Accuracy assessment 1 9 View
[IP4-2-2] Timeliness 1 0 View
[IP4-2-3-1] Completeness 1 0 View
[IP4-2-3-2] Consistency 1 0 View
[IP4-2-3-3] Readability 1 0 View
[IP4-2-3] User validation 1 3 View
[IP4-2] Product quality 1 3 View
[IP4-3-1] Cloud cover percentage 1 2 View
[IP4-3-2] Remote sensing lifecycle 1 0 View
[IP4-3-3-1] Minimum Spatial resolution 1 2 View
[IP4-3-3-2] Radiometric resolution 1 2 View
[IP4-3-3-3] Spectral resolution 1 2 View
[IP4-3-3-4] Temporal resolution 1 3 View
[IP4-3-3] Resolution 1 5 View
[IP4-3-4] Spatial coverage 1 0 View
[IP4-3-5] Temporal validity 1 0 View
[IP4-3] Quality indicators 1 5 View
[IP4] Data quality 1 3 View
[IP5-1-1] Array databases 1 0 View
[IP5-1-2] Open data cube 1 0 View
[IP5-1] Data cubes 1 3 View
[IP5-2-1] Content-based image retrieval 1 0 View
[IP5-2-2] Web portals 1 0 View
[IP5-2] Image archives 1 2 View
[IP5-3-1] Data and information access service (DIAS) 1 0 View
[IP5-3-2] OGC interfaces and OGC web processing service 1 0 View
[IP5-3] Online processing 1 2 View
[IP5] Infrastructure 1 3 View
[IP6] Image processing (value) chain 1 1 View
[MDS] Multidimensional scaling 1 0 View
[no] Mathematical models of uncertainty: Probability and statistics 1 0 View
[OI] Organizational and Institutional Aspects 1 5 View
[OI1-1] Organizational models for GIS management 1 0 View
[OI1-2] Managing GIS operations and infrastructure 2 0 View
[OI1-3] User roles 1 0 View
[OI1-4] Strategic planning 1 0 View
[OI1-5] Coordinating GIS Participants and Users 1 0 View
[OI1-6] Ongoing GIS revision 1 0 View
[OI1-7] Organizational changes 1 0 View
[OI1] Organizational structures, procedures and management 1 7 View
[OI2-1] GIS and T positions and qualifications 1 0 View
[OI2-2] GIS and T staff development and evaluation 1 0 View
[OI2-3] GIS and T training and education 1 0 View
[OI2-4] GIS and T curriculum and course design 1 0 View
[OI2-5] GIS and T teaching and learning methods 1 0 View
[OI2] GIS and T workforce themes 2 5 View
[OI3-1] Drivers and incentives for sharing geospatial data 1 0 View
[OI3-2] Barriers to geospatial information sharing 1 0 View
[OI3-3] Legal framework for geospatial data sharing 1 0 View
[OI3-4] Legal instruments for sharing geospatial data 1 0 View
[OI3] Geospatial data sharing 1 4 View
[OI3b] Spatial Data Infrastructures 1 7 View
[OI4-1] Adoption and implementation of standards 1 0 View
[OI4-2] Policies 1 0 View
[OI4-3] Coordination and organizational structure 1 0 View
[OI4-5] Funding an SDI 1 0 View
[OI4-5b] SDI performance measurement and assessment 1 0 View
[OI4-6] Next-generation SDIs 1 0 View
[OI4-7] SDI governance 1 0 View
[OI5-1] GI organization at the European Commission 1 0 View
[OI5-2] Federal and national government organizations 1 0 View
[OI5-3] Sub-national and local governments 1 0 View
[OI5-4] Pan-European and global associations and professional organizations 1 0 View
[OI5-5] The geospatial industry 1 0 View
[OI5] Organizations in the GIS and T domain 1 5 View
[PP] Physical principles 1 2 View
[PP1-1-1] Electromagnetic Waves and Photons 3 0 View
[PP1-1-10] Solar constant, solar insolation, daily insolation 5 0 View
[PP1-1-11] Earth's radiation (intensity, spectrum, etc.) 1 0 View
[PP1-1-2] Electromagnetic spectrum 1 1 View
[PP1-1-3] Maxwell Equations and EM waves' propagation 1 0 View
[PP1-1-4] Planck law for the black body. Wien's displacement law 1 2 View
[PP1-1-5] Rayleigh-Jeans approximation. Wien's approximation 2 0 View
[PP1-1-6] Stefan–Boltzmann law. Kirchoff law 2 0 View
[PP1-1-7] Concepts of Spectral Emissivity and Brightness Temperature. 2 0 View
[PP1-1-8] Solar structure 2 0 View
[PP1-1-9] Solar radiation at the Top of the Atmosphere. Solar spectrum 1 4 View
[PP1-1] EM radiation 1 10 View
[PP1-2-1] Atomic spectroscopy 3 1 View
[PP1-2-10] The Rayleigh roughness criterion 1 1 View
[PP1-2-11] Bidirectional Reflectance Distribution Function (BRDF) 1 1 View
[PP1-2-12] Bidirectional Reflectance Factor (BRF) 1 0 View
[PP1-2-2] Molecular absorption spectra 1 2 View
[PP1-2-3] Line shape and (natural, pressure, Doppler) broadening 1 0 View
[PP1-2-4] Voigt's line profile 1 0 View
[PP1-2-5] Concepts of Transmittance, Absorbance, Reflectance, Scattering. 7 0 View
[PP1-2-6] Concepts of Spectral Emissivity 1 1 View
[PP1-2-7] Complex dielectric constants and refractive indices 1 0 View
[PP1-2-8] EM rad. penetration in the matter: Attenuation Length 1 1 View
[PP1-2-9] Scattering from rough surface: Lambertian and specular surfaces. 1 0 View
[PP1-2] Radiation - Matter interaction 1 13 View
[PP1-3-1] Radiometric quantities: radiance, irradiance, flux, brightness, emittance, luminosity,etc. 1 0 View
[PP1-3-2] Decay of the emittance with the square of distance from the source 1 0 View
[PP1-3-3] Spectral Signatures of the matter 1 4 View
[PP1-3-4] Spectral Signature of Vegetation, Water, Soil 5 2 View
[PP1-3-5] Spectral Signature of Mineral and Rocks 1 2 View
[PP1-3-6] Spectral Signature of Clouds 4 1 View
[PP1-3-7] Composition of spectral signatures (Linear Mixing) 3 0 View
[PP1-3-8] Definition of active and passive remote sensing techniques 1 0 View
[PP1-3] Sensing of EM radiation. 1 7 View
[PP1-4-1] General equation of radiative transfer. 1 0 View
[PP1-4-10] Retrieval of atmospheric parameters by inversion of multi-spectral radiances 4 1 View
[PP1-4-2] Cross Section of Extinction (Absorption, Scattering) per Mass Unit 1 0 View
[PP1-4-3] Absorption Coefficient 1 0 View
[PP1-4-4] Source Function (Coefficient) 1 0 View
[PP1-4-5] Beer-Bouguer-Lambert law. 1 0 View
[PP1-4-6] Schwarzshild equation and its solutions 1 1 View
[PP1-4-7] Concepts of Optical path and Optical thickness. 1 0 View
[PP1-4-8] Radiative transfer in presence of clouds 1 0 View
[PP1-4-9] Line-by-line radiative transfer models 2 0 View
[PP1-4] Fundamentals of Radiative Transfer 3 10 View
[PP1-5-1] Reflection, Refraction and Dispersion of the light 1 0 View
[PP1-5-11] Einstein’s theory of radiation: photons, photoelectric effect, absorption, emission; Stimulated emission: the laser 1 0 View
[PP1-5-14] Electric conduction in solids: semiconductors, p-n- junction, diode and transistors 1 0 View
[PP1-5-15] Photovoltaic and photoconductive detectors: MCT, InSb, bolometer, CCD devices 1 0 View
[PP1-5-2] Interference and Diffraction. 1 0 View
[PP1-5-3] Michelson Interferometer 1 0 View
[PP1-5-4] Special relativity; Electromagnetic fields equations and propagations 1 0 View
[PP1-5-6] Helmotz’s equations; Scattering from inhomogeneous media. 1 0 View
[PP1-5-7] Foundations of geometrical optics, geometrical theory of optical imaging 1 0 View
[PP1-5-8] Elements of the theory of interference and interferometers 1 0 View
[PP1-5-9] Elements of the theory of diffraction and grating spectrometers 1 0 View
[PP1-5] Basics of Optics and Modern Physics of Sensors 3 12 View
[PP1-6-1] Structure and chemical-physical composition of Earth's atmosphere 5 0 View
[PP1-6-10] Water vapour and Cloud formation 1 1 View
[PP1-6-11] Radiative Equilibrium. Adiabatic lapse rate 1 0 View
[PP1-6-12] The Carbon Cycle, Greenhouse Effect 1 1 View
[PP1-6-2] Absorption and scattering of solar radiation in the Atmosphere 7 0 View
[PP1-6-3] Mie Scattering in the Earth's Atmosphere 2 1 View
[PP1-6-4] Rayleigh Scattering in the Earth's Atmosphere 1 1 View
[PP1-6-5] Thermal infrared radiation transfer in the atmosphere 2 0 View
[PP1-6-6] Light scattering by atmospheric particulates 1 2 View
[PP1-6-7] Earth's (standard) Atmosphere Transmittance 1 2 View
[PP1-6-8] Atmospheric (spectral) windows for EO 1 1 View
[PP1-6-9] The Water Cycle 4 0 View
[PP1-6] Basics of Atmospheric Physics 3 12 View
[PP1-7-1] Temperature and heat 1 0 View
[PP1-7-10] The constitutive equations of irreversible fluxes 1 0 View
[PP1-7-11] Heat equation and special adiabatic systems, special adiabats of homogeneous systems 1 0 View
[PP1-7-12] Thermodynamics diagram, atmosphere static 1 0 View
[PP1-7-2] Kinetic theory of gases 1 0 View
[PP1-7-3] Ideal gas laws 1 0 View
[PP1-7-4] State function of ideal gases 1 0 View
[PP1-7-5] State function of the condensed gas phase 1 0 View
[PP1-7-6] Thermodynamic process 1 0 View
[PP1-7-7] Budget equations 1 0 View
[PP1-7-8] First law of thermodynamic 1 0 View
[PP1-7-9] Second law of thermodynamics 1 0 View
[PP1-7] Basics of Thermodynamics 1 12 View
[PP1-8-2] Equation of the rocket and launch of a satellite: payload determination 1 0 View
[PP1-8-3] Real orbits. Life time of a satellite, orbit’s decay. 1 0 View
[PP1-8-4] Satellite orbits parametrization and choice 4 0 View
[PP1-8] Basics of Mechanics 1 3 View
[PP1] Basics of Optical Remote Sensing 1 8 View
[PP2-1-2-1] In-phase/Quadrature Component 1 0 View
[PP2-1-2-2] Phasor 1 0 View
[PP2-1-2] Complex wave description 1 2 View
[PP2-1-4] Polarisation 2 1 View
[PP2-1-5] Coherent 1 0 View
[PP2-1-6] Phase 2 0 View
[PP2-1-7] Doppler effect 1 0 View
[PP2-1-8] Wave-particle dualism 1 0 View
[PP2-1] Microwave portion of electromagnetic spectrum 6 7 View
[PP2-2-1] Diffraction 1 0 View
[PP2-2-2] Scattering and emission 1 0 View
[PP2-2-3] Radiometric anomalies 1 0 View
[PP2-2-4-1] Radar equation 1 0 View
[PP2-2-4-2] Sigma nought 1 0 View
[PP2-2-4-3] Gamma nought 1 0 View
[PP2-2-4-4] Beta nought (brightness) 1 0 View
[PP2-2-4] Radar cross-section 1 4 View
[PP2-2-5-1] Material constants 1 0 View
[PP2-2-5-2] Attenuation lenght and penetration depth 2 0 View
[PP2-2-5-3] Soil permittivity 5 0 View
[PP2-2-5-4] Plant permittivity 1 0 View
[PP2-2-5] Dielectric Properties 1 4 View
[PP2-2-6-1] Vertical roughness component (RMS height) 1 0 View
[PP2-2-6-2] Horizontal roughness component (correlation length) 1 0 View
[PP2-2-6-3] Surface correlation function 1 0 View
[PP2-2-6-4] Surface roughness slope 1 0 View
[PP2-2-6-5] Single-scale & multi-scale roughness 1 0 View
[PP2-2-6] Surface roughness 2 5 View
[PP2-2-7-1] Stokes Vector 1 0 View
[PP2-2-7-2] Scattering matrix 1 0 View
[PP2-2-7-3] Covariance/Coherency matrices 1 0 View
[PP2-2-7-4] Polarimetric decomposition techniques 1 0 View
[PP2-2-7-5] Orientational polarisation of media 1 0 View
[PP2-2-7-6] Polarimetric coherences 1 0 View
[PP2-2-7-7] Polarisation ellipse / Jones vector formalism 1 0 View
[PP2-2-7-8] Polarisation synthesis 1 0 View
[PP2-2-7] Polarimetry 2 8 View
[PP2-2] Interaction of microwaves with matter 2 7 View
[PP2-3-1-1] Antenna gain 1 1 View
[PP2-3-1-2] Antenna pattern 1 0 View
[PP2-3-1] Radar antennas and antenna calibration 2 2 View
[PP2-3-10-2] Radargrammetric equation 1 0 View
[PP2-3-10] Radargrammetry 2 2 View
[PP2-3-11-1] Differential Synthetic Aperture Radar Interferometry (DInSAR) 3 0 View
[PP2-3-11-2] Permanent Scatterer Interferometry 1 1 View
[PP2-3-11-3] Along-Track Interferometry 1 0 View
[PP2-3-11-4] Across-Track Interferometry 1 0 View
[PP2-3-11-5] Small Baseline Subset 1 1 View
[PP2-3-11] Principles of Interferometry 2 7 View
[PP2-3-12] Synthetic Aperture Radar (SAR) tomography 1 1 View
[PP2-3-13] Active-Passive microwave imaging 3 0 View
[PP2-3-2] Coherent and active systems 1 0 View
[PP2-3-3] Passive microwave imaging 3 1 View
[PP2-3-5] Side-looking Airborne Radar 2 0 View
[PP2-3-6] Synthetic Aperture Radar (SAR) 2 0 View
[PP2-3-7-1] Azimuth direction 2 0 View
[PP2-3-7-2] Range (far and near) direction 1 0 View
[PP2-3-7-3] Incidence Angle 1 0 View
[PP2-3-7-4] Antenna footprint 3 0 View
[PP2-3-7-5] Synthetic Aperture Radar (SAR) spatial resolution 2 0 View
[PP2-3-7] Synthetic Aperture Radar (SAR) geometric configuration 2 8 View
[PP2-3-8-2] Local Incidence Angle 1 0 View
[PP2-3-8-3] Foreshortening 1 0 View
[PP2-3-8-4] Layover 1 0 View
[PP2-3-8-5] Shadow 1 0 View
[PP2-3-8] Terrain reflectivity and geometric distortions 1 6 View
[PP2-3-9] Speckle Formation 1 1 View
[PP2-3] Detecting microwaves 1 21 View
[PP2] Microwave remote sensing 1 7 View
[PS] Platforms, sensors and digital imagery 1 4 View
[PS1-1] History of remote sensing sensors 1 1 View
[PS1-2-1-1-1] Along track scanners 3 0 View
[PS1-2-1-2-1] Digital Frame Camera 1 0 View
[PS1-2-1-2] Area Arrays 1 1 View
[PS1-2-1] Line detector arrays 1 2 View
[PS1-2-2-1-1] Thermal Radiometers 1 0 View
[PS1-2-2-1-2] Passive Microwave Radiometers 3 1 View
[PS1-2-2-1-3] Hyperspectral Radiometers 1 0 View
[PS1-2-2-1-4] Spectroradiometers 1 1 View
[PS1-2-2-2] Atmospheric passive sounders 2 1 View
[PS1-2-2] Radiometers 1 4 View
[PS1-2] Passive vs. active sensors 1 0 View
[PS1-3-1-1] Imaging Radar 6 6 View
[PS1-3-2-1-1] Laser profiler 1 3 View
[PS1-3-2-1-4] Radar altimeters 3 0 View
[PS1-3-2-1] Laser altimeter 1 0 View
[PS1-3-2-3] Ranging camera 1 0 View
[PS1-3-2-4] Laser scanner 1 1 View
[PS1-3-2] LiDAR (Light Detection and Ranging) 1 3 View
[PS1-3-3-1] Sonar 1 0 View
[PS1-3-3-2] Seismic sensor 1 0 View
[PS1-3-3] Sonic sensors 1 3 View
[PS1-3-4-1] Radar Scatterometers 3 1 View
[PS1-3-4-2-1] Differential Absorption Lidar 1 0 View
[PS1-3-4-2-2] Doppler Wind LiDAR 1 0 View
[PS1-4] Imaging vs. nonimaging sensors 1 0 View
[PS1-5-1-2] Across track scanners 1 0 View
[PS1-5-1] Speckle-pattern based sensor 1 0 View
[PS1-5-2] Multi-temporal pattern based sensor 1 0 View
[PS1-5-3] Multi-spectral pattern based sensor 1 0 View
[PS1-5] Structured-light-projection camera 1 3 View
[PS1-6] Ground penetrating RADAR (GPR) 2 0 View
[PS1-7] Optical spectrometers 1 2 View
[PS1] Types of remote sensing sensors 7 15 View
[PS2-1] History of Remote Sensing Platforms 1 0 View
[PS2-2-1] Unmanned Aerial Systems (UAS) 1 0 View
[PS2-2-2-1] Mission planning 1 0 View
[PS2-2-2-3-2-3-1] Stripmap 1 0 View
[PS2-2-2-3-2-3-2-1] Staring Spotlight 1 0 View
[PS2-2-2-3-2-3-2] Spotlight 1 2 View
[PS2-2-2-3-2-3-3-1] Interferometric Wide Swath Mode 1 0 View
[PS2-2-2-3-2-3-3-2] Extra Wide Swath Mode 1 0 View
[PS2-2-2-3-2-3-3] ScanSAR 1 2 View
[PS2-2-2-3-2-3-5] Stereoscopy 1 0 View
[PS2-2-2] Airborne platforms and systems 1 1 View
[PS2-2-3-1] Earth observation missions 8 1 View
[PS2-2-3-2] Types of satellite orbits 1 1 View
[PS2-2-3-3] Synthetic Aperture Radar (SAR) acquisition modes 4 3 View
[PS2-2-3-4] Swath 1 0 View
[PS2-2-3] Spaceborne platforms and systems 1 4 View
[PS2-3-1] Field spectroradiometers 2 1 View
[PS2-3-2] Terrestrial LiDAR 2 0 View
[PS2-3] Ground platforms and systems 1 2 View
[PS2] Types of remote sensing platforms and systems 2 7 View
[PS3-1] History of remote sensing data carriers 1 0 View
[PS3-2-1] Picture element (pixel) 1 0 View
[PS3-2-2] Image as a matrix (digital number DN) 1 0 View
[PS3-2-3] Data cubes 2 0 View
[PS3-2-4] Earth Observation Big Data 3 0 View
[PS3-2] Digital image terminology 1 4 View
[PS3-3-1] Band interleaved by line (BIL) 1 0 View
[PS3-3-2] Band interleaved by pixel (BIP) 1 0 View
[PS3-3-3] Band sequential (BSQ) 1 0 View
[PS3-3] Data storage 1 3 View
[PS3-4-1] Spectral resolution 2 0 View
[PS3-4-2] Spatial resolution 2 1 View
[PS3-4-3] Radiometric resolution 2 0 View
[PS3-4-4] Temporal resolution 2 0 View
[PS3-4] Properties of digital imagery 4 4 View
[PS3-5-1] Header file 1 0 View
[PS3-5] Image description files 1 1 View
[PS3-6] Data Formats 1 0 View
[PS3-7-1-1] Radiometrically corrected 7 0 View
[PS3-7-1-2] Geometrically corrected 5 0 View
[PS3-7-1] Optical data 1 2 View
[PS3-7-2-1] Single Look Complex (SLC) 1 0 View
[PS3-7-2-2] Multi-looked Detected (MLD) 1 0 View
[PS3-7-2-3] Precision Images (PRI) 1 0 View
[PS3-7-2-4] Groud Range Detected (GRD) 1 0 View
[PS3-7-2] Synthetic Aperture Radar (SAR) data 1 4 View
[PS3-7-7] Analysis Ready Data (ARD) 1 0 View
[PS3-7] Processing levels 3 3 View
[PS3] Remote sensing data and imagery 1 8 View
[PS4] Databases of satellite and airborne sensors and missions 3 2 View
[SD] Spatial dependency 1 0 View
[SH] Spatial heterogeneity 1 0 View
[SM:Indices] Agriculture 5 0 View
[SM:Indices] Assess land degredation 1 3 View
[SM:Indices] CARI 3 0 View
[SM:Indices] Detect fire zone 0 2 View
[SM:Indices] Detect vegetation growth 1 4 View
[SM:Indices] Estimate chlorophyll content 0 2 View
[SM:Indices] Estimate frost damage 0 2 View
[SM:Indices] Estimate soil moisture 1 3 View
[SM:Indices] Fire 2 0 View
[SM:Indices] Forestry 2 0 View
[SM:Indices] Measure Biomass 1 3 View
[SM:Indices] Monitor drought 1 2 View
[SM:Indices] MSAVI 6 0 View
[SM:Indices] Quantify forest supply 1 2 View
[SM:Indices] Soil 5 0 View
[SM:Indices] Soil erosion analysis 1 2 View
[SM:Indices] TSAVI 4 0 View
[SM:Indices] Vegetation 3 0 View
[TA] Thematic and application domains 1 9 View
[TA11-1-1] Users in agriculture 1 0 View
[TA11-1-2] Users in fishing 1 0 View
[TA11-1-3] Users in forestry 1 0 View
[TA11-1] Users in managed living resources 1 3 View
[TA11-2-1] Users in alternative energy 1 1 View
[TA11-2-2] Users in oil & gas 1 0 View
[TA11-2-3] Users in minerals & mining 1 0 View
[TA11-2] Users in energy and mineral resources 1 3 View
[TA11-3-1] Users in construction 1 0 View
[TA11-3-2] Users in utilities & supplies 1 0 View
[TA11-3-3] Users in communications & connectivity 1 0 View
[TA11-3-4] Users in transport & logistics 1 0 View
[TA11-3-5] Users in marine 1 0 View
[TA11-3-6] Users in travel & tourism 1 0 View
[TA11-3] Users in infrastructure & transport 1 6 View
[TA11-4-1] Users in insurance & real estate 1 0 View
[TA11-4-2] Users in retail & geo-marketing 1 0 View
[TA11-4-3] Users in news & media 1 0 View
[TA11-4-4] Users in ICT, knowledge and digital interfaces 1 0 View
[TA11-4] Users in financial & digital services 1 4 View
[TA11-5-1] Users in smart cities 1 0 View
[TA11-5-2] Users in local & regional planning 1 0 View
[TA11-5] Users in urban development 1 2 View
[TA11-6-1] Users in defense, security & military 1 0 View
[TA11-6-2] Users in emergency & social protection 1 0 View
[TA11-6-3] Users in humanitarian operations 1 0 View
[TA11-6] Users in defense & security 1 3 View
[TA11-7-1] Users in environmental ecosystems & pollution 1 0 View
[TA11-7-2] Users in health care 1 0 View
[TA11-7-3] Users in meteo & climate 1 0 View
[TA11-7] Users in environmental, climate & health 1 3 View
[TA11-8-1] Users of consumer solutions 1 0 View
[TA11-8-2] Users in leisure 1 0 View
[TA11-8-3] Users in education, training & research 1 0 View
[TA11-8] Users among citizens & society 1 3 View
[TA11] User community of EO services and applications 1 8 View
[TA12-1] EO for climate change mitigation & adaptation 1 1 View
[TA12-10] EO for sustainable urban development 1 0 View
[TA12-2] EO for biodiversity & ecosystems 1 0 View
[TA12-3] EO for digital agenda & new skills 1 0 View
[TA12-4] EO for energy transition 1 0 View
[TA12-5] EO for sustainable agriculture & food production 1 0 View
[TA12-6] EO for infrastructure & transport 1 0 View
[TA12-7] EO for health surveillance 1 0 View
[TA12-8] EO for emergency, security & defense 1 0 View
[TA12-9] EO for water sustainability 1 1 View
[TA12] EO for societal and environmental challenges 1 10 View
[TA13-1-1] Monitor the atmosphere 1 0 View
[TA13-1-2] Monitor the climate 1 0 View
[TA13-1-3] Forecast the weather 1 0 View
[TA13-1] Monitor the atmosphere and climate 1 6 View
[TA13-2-1] Monitor critical assets 1 0 View
[TA13-2-2] Monitor health 1 0 View
[TA13-2-3] Food security monitoring 1 0 View
[TA13-2-4] Monitor borders 1 0 View
[TA13-2] Monitor security & safety 2 6 View
[TA13-3-1] Map and assess flooding 1 0 View
[TA13-3-2] Detect and monitor wildfires 1 0 View
[TA13-3-3] Assess damage from earthquakes 1 0 View
[TA13-3-4] Forecast and assess landslides 1 1 View
[TA13-3-5] Assess and monitor volcanic activities 1 0 View
[TA13-3-6] Multi-hazard assessment 1 0 View
[TA13-3] Assess disasters & geohazards 2 7 View
[TA13-4-1] Monitor crops 1 3 View
[TA13-4-2] Monitor the forest 1 0 View
[TA13-4-3] Monitor bodies of water 1 0 View
[TA13-4-4] Monitor snow and ice 1 0 View
[TA13-4-5] Monitor land ecosystems 1 0 View
[TA13-4-6] Monitor land use 1 0 View
[TA13-4-7] Monitor topography 1 0 View
[TA13-4-8] Extract information about subsurface geology 1 0 View
[TA13-4] Monitor land 2 11 View
[TA13-5-1] Monitor urban areas 1 0 View
[TA13-5-2] Monitor infrastructure 1 0 View
[TA13-5] Monitor the built environment 2 3 View
[TA13-6-1] Monitor the marine ecosystem 1 0 View
[TA13-6-2] Monitor coastal areas 1 0 View
[TA13-6-3] Monitor weather impact on ocean surface 1 0 View
[TA13-6-4] Monitor fisheries 1 0 View
[TA13-6-5] Detect and monitor ships 1 0 View
[TA13-6-6] Monitor sea-ice and icebergs 1 0 View
[TA13-6] Monitor marine 2 9 View
[TA13] EO services and applications 1 13 View
[TA14-1-1] Band combinations 1 0 View
[TA14-1-2] EO parameters 1 2 View
[TA14-1] Processing-related and preparatory products 1 3 View
[TA14-2-1-1] Point clouds 2 0 View
[TA14-2-1-2] Digital elevation models 1 0 View
[TA14-2-1-3] Elevation change maps 1 0 View
[TA14-2-1-4] Vector fields 1 0 View
[TA14-2-1-5] Feature trajectories 1 0 View
[TA14-2-1] Geometrically measured EO products 1 5 View
[TA14-2-2-1-1] Land cover maps 1 0 View
[TA14-2-2-1-2] Land use maps 1 0 View
[TA14-2-2-1-3] Cloud mask 2 0 View
[TA14-2-2-1-4] Detected features 1 0 View
[TA14-2-2-1] Thematic classifications and feature detection 1 4 View
[TA14-2-2-2] Event maps and thematic change (evolution) maps 1 0 View
[TA14-2-2] Semantic labelling products 1 2 View
[TA14-2-3] EO-derived attribute products 1 0 View
[TA14-2] Descriptive analytics products 1 3 View
[TA14-3] Predictive modelling products 1 0 View
[TA14-4] Prescriptive modelling products and services 1 0 View
[TA14-5-1] Textured 3D models 1 0 View
[TA14-5-2] Semantic 3D models 1 0 View
[TA14-5] Aggregation and integration products 1 2 View
[TA14-6-1] Satellite maps 1 0 View
[TA14-6-2] Layouted digital maps 1 0 View
[TA14-6-3] Web visualisations in 2D and 3D 1 0 View
[TA14-6-4] Analogue visualisation products 1 0 View
[TA14-6-5] Time series map videos 1 0 View
[TA14-6] EO visualisation products 1 5 View
[TA14-7] Distribution services 1 0 View
[TA14] Standard EO products 1 7 View
[WB] Web-based GI 1 7 View
[WB1-1] Fundamentals of web services 1 0 View
[WB1-2] SOAP web services 1 0 View
[WB1-3] REST web services 1 0 View
[WB1-4] OGC web services 1 0 View
[WB1] Web services 1 4 View
[WB2-1] Languages for the definition of non-spatial data and services 1 0 View
[WB2-2] Definition of geospatial data 1 0 View
[WB2-3] Ontologies development reuse and patterns 1 0 View
[WB2] Resource Definition 1 3 View
[WB3-1] Metadata and standards 1 1 View
[WB3-2] Manual and automated forms of publishing 1 0 View
[WB3-3] Catalogue services 1 0 View
[WB3-4] Publishing open data 1 0 View
[WB3-5] Publishing via a semantic definition of data 1 0 View
[WB3-6] Publishing linked open data 1 0 View
[WB3] Resource Publishing 1 6 View
[WB4-1] Syntactic discovery 1 0 View
[WB4-2] Semantic discovery 1 0 View
[WB4-3] Discovery over linked open data 1 0 View
[WB4] Resource Discovery 1 3 View
[WB5-1] Integrating data from OGC web services 1 0 View
[WB5-2] Schema matching and ontology alignment 1 0 View
[WB5-3] Data mash ups 1 0 View
[WB5] Application development via Data Integration 1 3 View
[WB6-1] Manual Web Services Composition 1 0 View
[WB6-2] Semi automated and Full-automated WSC 1 0 View
[WB6] Application development via Web services composition 1 2 View
[WB7-1] Hypertext markup scripting and styling 1 0 View
[WB7-2] Web Map APIs and Libraries 1 1 View
[WB7-3] Web application Frameworks and Geoportal frameworks 1 0 View
[WB7] Web Application development elements 1 3 View