Explore @IPL-UV Open Source projects

Image Processing Group (@IPL-UV)

IPL-UV

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318
Global Org. Rank 30,852 (Top 10 %)
Registered almost 10 years ago
Most used languages

Jupyter Notebook
51.9 %

MATLAB
22.2 %

Python
14.8 %

HTML
3.7 %

JavaScript
3.7 %

R
3.7 %
Location 🇪🇸 Spain
Country Total Rank 1,095
Country Ranking

MATLAB
14

Jupyter Notebook
42

R
233

HTML
477

Python
561

JavaScript
830

ee_ipl_uv

Multitemporal Cloud Masking in the Google Earth Engine

Jupyter Notebook

kNDVI

Kernel vegetation indices and the kernel NDVI

ee_BioNet

The Google Earth Engine implementation of the BioNet algorithm to estimate biophysical parameters along with their uncertainties.

DL-L8S2-UV

Cloud masking for Landsat-8 & Sentinel-2

Jupyter Notebook

altoolbox

MATLAB Active Learning Toolbox for Remote Sensing

simpleR

A simple MATLAB regression toolbox

rbig

Rotation-Based Iterative Gaussianization algorithm.

Jupyter Notebook

pvl8dagans

Code of work Cross-Sensor Adversarial Domain Adaptation of Landsat-8 and Proba-V images for Cloud Detection

jaxkern

A lightweight didactic library of kernel methods using the back-end JAX.

Jupyter Notebook

AIDE

simFeat

MATLAB feature extraction toolbox

LatentGranger

rbig_jax

Iterative and Parametric Gaussianization with JAX.

Jupyter Notebook

SM-VOD-Trends

gp_error_propagation

Source code to accompany Input Noise for GP Error Propagation paper

Jupyter Notebook

AI4Migrations

Jupyter Notebook

gaussflow

Gaussianization Flows for density estimation, sampling and information theory measures (RBIG2.0)

geospatial_examples

A collection of examples handling geospatial data

mlregocean

Regression approaches for ocean parameters retrieval

Jupyter Notebook

gauss4eo

Gaussianization for Earth Observation Data.

Jupyter Notebook

rbig_matlab

Rotation-Based Iterative Gaussianization.

Causal4Migrations

This repo contains data, demos and code snippets to reproduce the results of our work on causal discovery of drought-induced human displacement drivers.

confound_it

Jupyter Notebook

gp_sens

Gradient-Based Sensitivity Analysis for Gaussian Process Emulation

Jupyter Notebook

xAI-constrained-losses

Jupyter Notebook

sakame

Derivatives of Kernel methods: Theory and toy examples with Earth System Data

Jupyter Notebook

SKRR

SKRR - Structured Kernel Ridge Regression

XAI4EO

Collection of explainability tools for machine learning models with applications to Earth observation

Jupyter Notebook