Leo's repositories
delta-MAPS
δ-MAPS is a method that identifies the semi-autonomous components of a spatio-temporal system and studies their weighted and potentially lagged interactions. The semi-autonomous components of the system are modeled as spatially contiguous, possibly overlapping, functionally homogeneous domains. To the best of our knowledge, δ-MAPS is the first method that can identify spatially contiguous and possibly overlapping clusters (i.e., domains). At a second step, δ-MAPS infers a directed and weighted network between the identified domains. Edge direction captures the temporal ordering of events while the weight associated to each edge captures the magnitude of interaction between domains.
Net_Diff
Net_Diff is a software for GNSS Download, Positioning and Analysis.
GNSSLiguria_download
Script to automatically download GNSS observation files from Regione Liguria's GNSS network
MOM6
Modular Ocean Model
pycopent
Estimating Copula Entropy from data in Python
uuv_plume_simulator
ROS nodes to generate a turbulent plume in an underwater environment
ClimateMachine.jl
Climate Machine: an Earth System Model that automatically learns from data
forecastML
An R package with Python support for multi-step-ahead forecasting with machine learning and deep learning algorithms
bbmle
maximum likelihood estimation package
mixsea
Ocean mixing parameterizations in python
awesome-blockchain-cn
收集所有区块链(BlockChain)技术开发相关资料，包括Fabric和Ethereum开发资料
efdcr
Environmental Fluid Dynamics Code (EFDC) Toolbox in R
WaveTransmittedTurbulence.jl
Near-inertial waves and turbulence driven by the growth of surface waves
entropy
EntroPy: complexity of (EEG) time-series in Python
gnss-downloader
a gui tool based on PyQt5 for downloading gnss data from nasa's or whu's ftp automanticly...
meteoai
The papers or tutorials and relative source code of artificial intelligence for meteorology, ocean and environment science.
code
Source code for the General Ocean Turbulence Model
rnoaa
R interface to many NOAA data APIs
pycles
A python based infrastructure for cloud large eddy simulation.
vaex
Out-of-Core DataFrames for Python, ML, visualize and explore big tabular data at a billion rows per second.
OPERA
A higher-order surface vorticity solver.
potential-vorticity
python code for dynamic tropopause calculations
pyEntropy
Entropy for Python
pygeom
Basic Vector Geometry Package for Python
D-Wave
python code for D-Wave Ocean Software