Neural Network AEROsol Retrieval for Geostationary Satellite (NNAeroG) Based on Temporal, Spatial and Spectral Measurements.
Xingfeng ChenLimin ZhaoFengjie ZhengJiaguo LiLei LiHaonan DingKainan ZhangShumin LiuDonghui LiGerrit de LeeuwPublished in: Remote. Sens. (2022)
Keyphrases
- neural network
- spatio temporal
- spatial and temporal
- temporal dimension
- temporal correlation
- temporal aspects
- spatial features
- space time
- spatio temporal data
- temporal information
- temporal resolution
- spatial information
- information retrieval
- spatial data
- image database
- remote sensing
- spectral characteristics
- spatial temporal
- spatial frequency
- temporal domain
- spatial locality
- information retrieval systems
- neural network model
- back propagation
- image retrieval
- spatio temporal databases
- artificial neural networks
- spatial relationships
- hyperspectral
- genetic algorithm
- hyperspectral imagery
- temporal dependencies
- multimedia databases
- temporal data
- spatial relations
- spatial objects
- spectral signatures
- relevance feedback
- spatial databases
- temporal reasoning
- temporal constraints
- temporal relationships
- temporal patterns
- retrieval systems
- test collection
- query expansion
- spatial location
- fuzzy logic
- temporal behavior
- high resolution
- temporal redundancy
- multimedia
- surface temperature
- temporal databases