A Julia package for non-parametric Mann Kendall family of trend tests.

Julia implementation of the task-based production function from the paper Supply, Demand, Institutions, and Firms by Daniel Haanwinckel

Useful functions to work with groups defined in Manifolds.jl

Analytic center cutting plane method to solve copositive optimization problems

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Additional layers and functions for Flux.jl.

Tools for manipulating Julia manifest files and their associated dependency graphs

Draw simple Flux neural networks using TikZ

Generic character tables for julia

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Julia implementation of our multi-operation blank localization method

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.

Light-weight copy of Mamba.jl

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Methods for the evaluation of maximum entropy distributions

Julia wrapper for the maximum independent set method

Formulate likelihood problems and solve them with maximum likelihood estimation (MLE)

The gap between theory and practice is in practice greater than in theory.

This package fits renewable time series profiles from historical data to future target capacity factors.

This is a package for homogeneous polynomial minimization on the sphere using harmonic hierarchies also including harmonic analysis and spherical quadrature rules.

Reading and writing Bundler files with Julia

Julia wrapper for Forem API v1

Collection of Functions useful for testing various packages in the Lux Ecosystem

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Initial conditions of astrophysical simulations

Jack, Zonal, and Schur polynomials.

Fast evaluation of autocorrelation functions

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Summarize MCMC Chains.

Data structures for graph neural network

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Computes the boundary crossing probability for a general diffusion process and time-dependent boundary.

Method validation

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Using R's {data.table}'s excellent `fread` in Julia

This is a package for automated landmarking of images and volumes

Regularized inversion of first kind Fredholm integrals.

The tree Module for the MCPhylo.jl package.

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