Characterization of Dry-Season Phenology in Tropical Forests by Reconstructing Cloud-Free Landsat Time Series.
Xiaolin ZhuEileen H. HelmerDavid GwenziMelissa CollinSean FlemingJiaqi TianHumfredo Marcano-VegaElvia J. Meléndez-AckermanJess K. ZimmermanPublished in: Remote. Sens. (2021)
Keyphrases
- land cover
- remote sensing data
- multispectral
- satellite images
- remote sensing images
- cloud computing
- remote sensing
- satellite imagery
- supervised classification
- remotely sensed
- dynamic time warping
- change detection
- data center
- multispectral images
- image analysis
- machine learning
- image interpretation
- fractal dimensions
- multivariate time series
- subsequence matching
- geographic information systems
- hyperspectral
- stock market
- image data
- high resolution
- database systems
- data mining tasks
- urban areas
- non stationary
- unsupervised learning
- data streams
- periodic patterns
- moving average
- web services
- turning points
- databases