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Alexander Quevedo's Projects

bandits icon bandits

Tool for extracting all kinds of statistics from Sentinel-1 time series and visualizing them

bayts icon bayts

Set of tools to apply the probabilistic approach of Reiche et al. (2015, 2018) to combine multiple optical and/or Radar satellite time series and to detect deforestation/forest cover loss in near real-time. The package includes functions to apply the approach to both, single pixel time series and raster time series. Examples and test data are provided below.

bfast icon bfast

Breaks For Additive Season and Trend

dashboarding_jupyter_voila icon dashboarding_jupyter_voila

This repository hosts the Jupyter notebooks developed for the lecture on 'Dashboarding with Jupyter and Voila' during the OpenGeoHub Summer School 2020.

dl-time-series icon dl-time-series

Deep Learning algorithms applied to characterization of Remote Sensing time-series

dockerfile icon dockerfile

Contiene los archivos Dockerfile creados en por la CGIG

earthpy icon earthpy

A package built to support working with spatial data using open source python

ee-tensorflow-notebooks icon ee-tensorflow-notebooks

Repository to place example notebooks for Deep Learning applications with TensorFlow and Earth Engine.

egu_2021_lgeo_workshops icon egu_2021_lgeo_workshops

Workshop materials for EGU General Assembly 2021 sessions Spatio-temporal trend analysis of spatial climate data (temperature and rainfall) using Python Satellite image processing using Python programming

gee-ccdc-tools icon gee-ccdc-tools

Tools and Earth Engine apps to interact with the outputs from the CCDC algorithm

gee_s1_ard icon gee_s1_ard

Creates an analysis ready sentinel-1 SAR image collection in Google Earth Engine by applying additional border noise correction, speckle filtering and radiometric terrain normalization.

mexico_geo_data icon mexico_geo_data

Repositorio con links a las fuentes de datos geográficas de México.

ogh_summer_school_2020 icon ogh_summer_school_2020

Material for the session "Introduction to Deep Learning in R for the analysis of UAV-based remote sensing data"

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