CCGCAM

CCGCAM's Stars

• jakevdp/PythonDataScienceHandbook

  Python Data Science Handbook: full text in Jupyter Notebooks

  Language:Jupyter Notebook43.4k1.8k19418k

• christianversloot/machine-learning-articles

  🧠💬 Articles I wrote about machine learning, archived from MachineCurve.com.

  3.5k640740

• google/model_search

  Language:Python3.3k9352459

• rstudio/shiny-examples

  Language:JavaScript2k229893.8k

• cvlab-columbia/viper

  Code for the paper "ViperGPT: Visual Inference via Python Execution for Reasoning"

  Language:Jupyter Notebook1.7k8847118

• rstudio/keras3

  R Interface to Keras

  Language:R839651.1k282

• ua-snap/shiny-apps

  R Shiny apps

  Language:CSS23545114191

• aazuspan/wxee

  A Python interface between Earth Engine and xarray for processing time series data

  Language:Python207105216

• PlantSimulationLab/Helios

  The Helios simulation system is a versatile modeling framework that handles tasks such as managing geometry and associated data structures through a C++ API. Plug-ins build off of the Helios core engine, and access the geometry and data via the Helios context. The sytem comes with a visualization plug-in that can produce stunning renderings of model geometry and data with relatively little effort.

  Language:C61101427

• spatialthoughts/courses

  Code and HTML page repository for courses.spatialthoughts.com

  Language:Jupyter Notebook5671919

• EOA-team/eodal_notebooks

  Sample Jupyter notebooks for EOdal

  Language:Jupyter Notebook410811

• AlbughdadiM/satellite-sam-dashboard

  This app integrates the Segment Anything Model (SAM) with Sentinel-2 data. The app is built using Dash Plotly and dash leaflet. It allows segmenting satellite images using the two ways provided by SAM: automatic mask generator and prompt segmentation (using points and bounding boxes).

  Language:Python27265

• bragagnololu/UNet-defmapping

  This repository presents the product of my master's thesis, which uses UNet to map deforestation using Sentinel-2 Level 2A images.

  Language:Python18235

• peiqiyang/SPART

  the Soil-Plant-Atmosphere Radiative Transfer model

  Language:MATLAB18207

• r-tensorflow/unet

  Keras implementation of U-Net using R

  Language:R17736

• SmithEcophysLab/optimal_vcmax_R

  calculate optimal vcmax in R as in Smith et al. Photosynthetic capacity is optimized to the environment. Ecology Letters.

  Language:R166116

• MarcoDVisser/ccrtm

  Coupled Chain Radiative Transfer Models

  Language:R14433

• peiqiyang/mSCOPE

  mSCOPE Matlab codes

  Language:MATLAB135410

• dpabon/Sentinel-2_GPP

  This is the code repository for the manuscript: "On the potential of Sentinel-2 for estimating Gross Primary Production" for further details see: https://ieeexplore.ieee.org/document/9715117

  Language:R7205

• JavierPachecoLabrador/senSCOPE

  senSCOPE model and related code

  6206

• AlbyDR/rSCOPE

  Run SCOPE model from R

  Language:R5100

• KennethTM/FluxBandit

  R Shiny app for interactive processing and calculation of greenhouse gas emissions

  Language:R5102

• LarpUnina/PrismaTool

  Prisma Tool is a Python script. It can be used to open HDF5 files from the PRISMA satellite mission and convert them to Tiff. If necessary, the software can also be used to modify the coordinates of the satellite image vertices.

  Language:Python4111

• mrecos/R_keras_Unet

  Unet implementation in R flavor of Keras

  Language:R3301

• rfernand387/arosics

  Jupyter Notebook to apply arosics registration to correct WV3 (or other imagery) using Sentinel MSI data in Google Earth Engine

  Language:Jupyter Notebook2102

• actvrtnicek2021/Pre-processing-pipeline-for-supervised-classification-of-satellite-data-PRISMA-hyperspectral-version

  Pipeline for generating a labelled training dataset for supervised classification (machine learning) tasks from satellite data - this pipeline is compatible with PRISMA hyperspectral data files, but the pipeline can be modified to process any georeferenced datasets.

  Language:Jupyter Notebook1

• drproctorWindsor/DecompositionPigments

  Data and information relate to radiative transfer modelling of decomposing monocots

  1

• DRWang3/leaf_model_TREES_paper

  Language:C++11

• jmcall/rshiny

  Testing R Shiny App Deployment on Heroku

  Language:R1102

• lsw5077/cranes

  This app shows sandhill crane distributions in North America

  Language:R1100