Single Cell RNA-seq normalization using regularized negative binomial regression

Fast & flexible processing of lidar point-cloud data

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Utilities for generating gifs of POMDPs

Julia package for sampling and generating points on the boundary of an ellipse with methods for random, equally spaced and clustered points

Fourier series evaluators for hierarchical grids

A package for the development and implementation of continuous-time policy gradient (CTPG) methods.

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A Julia package for the damped rank reduction method and its variants.

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Finite Element tools in Julia: Vibration of elastic solids partially or fully submerged in inviscid fluid

More algorithms for the Erdos.jl graph library

Model coupled diffusion of major elements in garnet using natural data.

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Julia implementation of the python package rembg

Advanced systems management for AutomationLabs

Julia interface to Bitcoin's JSON-RPC API

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A Julia-based path tracer

A comprehensive julia package to optimize a linear function over the efficient set of a Bi-Objective Mixed Integer Linear Programming problem.

Simulation of eco-evolutionary dynamics on multi-trait networks

A Julia package for visualizing of Method of Moments (MoM) and Multi-level Fast Multipole Algorithm (MLFMA).

A Julia package for kernel functions on graphs

A Julia package for computational EEG analysis with a focus on sleep neuroscience

Really playing with graphs in Julia via an interactive Makie window.

Photodynamics for multi-body systems.

Certify the classical simulation cost of black-box systems.

A light-weight GaussianProcesses.jl wrapper

A numerical library for evaluating the communication value of a quantum channel.

Statistical Inference to DEtermine KICKS on compact objects

Repository that containts climate relevant ML datasets from the Climate Modeling Alliance.

BioExplorer.jl: A comprehensive Julia package for biodiversity analysis. Uncover patterns, richness, abundance, and ecological metrics. Empowering researchers, conservationists, and data enthusiasts with insights for informed decision-making and preserving our natural world.

Methods for optimizing the spatial location of biodiversity-observation-networks

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Provides core functionality of DerivableFunctions.jl without loading backends.

Differentiable neural network with easy access to Jacobians of the output wrt the input and the network parameters.

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An _educational_ implementation for computing the Jordan form and its transformation matrix.

Plots.jl recipes for the GeoStats.jl framework