Minkowski Engine is an auto-diff neural network library for high-dimensional sparse tensors

Anonymous Multi-Agent Path Finding (MAPF) with Conflict-Based Search and Space-Time A*

Official Pytorch Implementation for "Space-Time Diffusion Features for Zero-Shot Text-Driven Motion Transfer""

rFIA

Code to implement efficient spatio-temporal Gaussian Process regression via iterative Kalman Filtering. KF is used to resolve the temporal part of the space-time process while, standard GP regression is used for the spatial part

SAE Unit/area Models and Methods for Estimation in R

Some teaching materials about MIMO in Communications.

Xarray extension for Space-Time Matrix

Space-Time Discontinuous Galerkin Code implemented for final project in graduate course TAM 574 - Advanced Finite Element Methods

Software package for Gaussian Process (GP) modelling written in R language. The core functions are coded in C++ and based on the EIGEN library (through RcppEigen).

Fluid flow simulator using MFEM and multiscale space-time sub-domains.

R package for managing, analyzing, and processing space-time data, providing tools for computing statistics on different heterogeneous spatial grids data at the polygonal scale

olli-scripts: Dieter (Olli) Egger's REDUCE/Symbolic scripts, used as demonstrations for Symbolic (as shown in the screenshots on Google Play), and relating to Dieter's research in curved space-time, with scientific background papers, automatically mirrored from https://reduce-algebra.sourceforge.io/tutorials/EggerScripts.en.php

Bayesian-Inspired Space-Time Superpixels

This is the code that supplements arXiv:2009.08875, where we describe a parallel algorithm for solving linear parabolic equations.

d-stem-LUR: Companion repository for the paper entitled "Concurrent spatiotemporal daily land use regression modeling and missing data imputation of fine particulate matter using distributed space-time expectation maximization", GitHub, 2019. The paper is published in the Atmospheric Environment journal

STEHealth is a shiny application for analyzing space-time patterns, cluster detection, and association with risk factors of health outcomes.

Minkowski's Space-Time Visualizer

A geometric framework modeling our 4D universe as a lossy projection of a higher dimension. By treating C as a hardware sampling rate and using an Inertial Symmetry Break at maximum entropy , it resolves the 13.6B vs 96B+ light-year Horizon Problem and the Low-Entropy Paradox without cosmic inflation or string theory variables.

This code is a modification of MFEM, a C++ library for finite element methods. The modification includes: 4D meshes and finite elements, multigrid and time-slabbing solvers and a natural setting for considering (constrained) first-order system least-squares formulations.