Efficient optimal selection for tree breeding

A small package for differentiable discontinuities in Julia.

Julia package for Optical fibers

Discriminative Circuits from the Juice library

Adaptive persistency-based mechanism for Dispatcher task graphs

Compactly supported basis functions in Julia

Valid Discrete-Time Methods for Relaxing pODEs

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A Julia package for plotting sequential sampling models

Robustly and accurately fit monochromatic sine waves.

Julia Package for reading and writing MPI Files

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

Iterated h-adaptive integration (IAI)

Mortar contact mechanics for plane problems

Data types and utilities for SMLM coordinate data.

Estimation of Shannon Entropy for Discrete Random Variables

Julia package dedicated to modeling and solving the change of reference frame problem for self-deforming bodies.

Metrics for SMLM

Some generic Markov kernels for Monte Carlo

Analytic center cutting plane method to solve copositive optimization problems

Plotting recipes for equations of state

Simulation of single molecule data sets

CurricularVisualization.jl is an extension of the CurricularAnalytics.jl toolbox for visualizing curricula and degree plans.

A reference implementation for Ewald summation, which calculates the electrostatic energy of a periodic system.

Gaussian Processes for MLJ

A Flexible Quasi-Copula Distribution for Statistical Modeling

SimSpread is a novel approach for predicting interactions between two distinct set of nodes, query and target nodes, using a similarity measure vector between query nodes as a meta-description in combination with the network-based inference for link prediction.

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Advanced exports management for AutomationLabs.jl

Equating Functions

Format Quantum ESPRESSO input files

An interface framework for sharing intermediate steps across statistical methods

Julia implementation of *l*_1-norm clusterpath (Hocking et al., 2011, Radchenko & Mukerjee, 2017)

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Scene Graphs for abstract (acyclic) representation of 3D Worlds

The famous 5th order Radau IIA method, tailored for any *scalar* ODE that requires excellent solver stability

Analyze the layout of manuscript pages edited according to the conventions of the Homer Multitext project