Repository for a GapFill algorithm written in Julia

Abstract interface and base functions for simulation results

DEPRECATED! Toolkit to work with the cosmological Tree-SPH code Gadget

Vector subspaces in Julia

Methods for the evaluation of maximum entropy distributions

Julia implementation of the Riemann Theta function

A julia implementation of SMG2S (Sparse Matrix Generator with Given Spectrum)

SMLMBoxer.jl is a Julia package that provides a fast and efficient method for detecting particles or blobs in a multidimensional image stack and cutting out sub-regions around local maxima.

Data types and utilities for SMLM coordinate data.

Frame-connection on localization microscopy data

Metrics for SMLM

Simulation of single molecule data sets

-

Some randomization methods for Randomized Quasi Monte Carlo e.g. scrambling, shift

Method of moving asymptotes implementation for Nonconvex.jl

Plotting tools for ElectroPhysiology.jl

-

-

A Julia package generated using the OpenAPI Generator, providing a convenient API client for interacting with Mattermost chat platforms, supporting various operations and data models with seamless integration.

Bosons/Fermions Superfluid problem with morden tools.

Physical mesh interfaces for Julia

-

PALEOtoolkit sediment components and standalone examples

Surface Magnetic Resonance Probabilistic Inversion

Noise modeling

Largrange polynomial based spectral PDE solvers

A simple fusion systems code for comparing pulsed and steady-state tokamaks

A Julia package that registers the Polynomial type from the Polynomials package with the MutableArithmetics package

Compute exact simplex intersections in N dimensions.

Interface to PowerModels.jl using data in PowerSystems.jl format

This package is a Julia implementation of random projections.

Core functions to obtain closed-form least squares estimates for matrix linear models.

-

A simple multi-SDR recorder using SoapySDR.jl

A Julia package for simulating Social Sampling Theory

This package formats your data to use in the Ripserer package.

An implementation of the VPMR algorithm, approximating decaying kernels by sum of exponentials.

Julia library to load Fred MD and Fred QD datasets.

Sum of Exponentials method accelerated Ewald2D method

[WIP]: QEDprocesses.jl: Modeling of scattering processes for QED.jl