implementations of a counting bloom, a timing bloom and a scaling timing bloom... made for working with streams!
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Updated
Feb 1, 2017 - Python
implementations of a counting bloom, a timing bloom and a scaling timing bloom... made for working with streams!
The Bateman equation in C++ and a Python wrapper thereof.
Python port of "Estimated Airborne Decay of SARS-CoV-2 (virus that causes COVID-19)" by the DHS
An improved version of Turbo algorithm for the Black-box optimization competition organized by NeurIPS 2020
Logiciel de détection, localisation & segmentation de carries sur des radiographies dentaires.
Provides beta decay chains for user-input nuclides. Nuclides must undergo ß- decay and have Qßn values that allow neutron emission.
A simple cli to convert any image to a Decay themed wallpaper
Python scripts for Computer Simulation uni course with some extras
The package for producing gamma spec from nuclide activities
A Fast, Extensible Trainer and Extensions for Pytorch
Flexible parameter scheduler that can be implemented with proprietary and open source optimizers.
pMoSS (p-value Model using the Sample Size) is a Python code to model the p-value as an n-dependent function using Monte Carlo cross-validation. Exploits the dependence on the sample size to characterize the differences among groups of large datasets
An application for analysis of 5′ endpoints distribution in RNA sequencing datasets. This is particularly useful for techniques that capture 5′ monophosphorylated RNAs, such as 5PSeq, PARE-seq or GMUC. It may also be useful for ribosome profiling datasets and alike.The main workflow of fivepseq is intended for downstream analysis of alignment fi…
A Python package for radioactive decay modelling that supports 1252 radionuclides, decay chains, branching, and metastable states.
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