chain-game

covid-dataanalysis

This is a learning project I have worked on. I got the COVID-19 Database for the United states of America and I created a d3.js based data visualizing webtool to examine the database during different time intervals and with different types of Graphs.

datatoolbelt

A website to visualize data, convert into various formats and to clean the data, basically preparing it for training it in ML/AI Algorithms

deep-voice-conversion

Deep neural networks for voice conversion (voice style transfer) in Tensorflow

dna_docking

A repo to contain input/output files of molecular docking of dna's hairpin structure

doc

🦋 Raku documentation (tools and docs)

ecosystem

Perl 6 ecosystem – modules and more

get-started

Instructions on how to get started with NWoC :)

github-actions-continuous-delivery

image-registration

This is a tool created using Open-CV for registering any captured image. It typically means that we will do the foreground and background detection over any of the passed input image and then remove the foreground by cropping the image and finally straighten it so that it can be passed into further pipeline.

lexi2.0

mymllibrary

ML library for some basic algorithms

neuroshapes

Open schemas for F.A.I.R. neuroscience data

perl6-examples

Many examples of Raku code

ppycarrier-interaction-nmdar

This is a Hardcoded Simulation of the Brain's Inter Neural Space, simulating how a PolyPyrrole Nanocarrier will interact the Open State NMDA Receptors. We have simulated it in both 2d and in 3d. For 2d Simulation I have used python with pygames and for the 3d simulation I have used game engine Godot with GDScript.

pyaudioanalysis

Python Audio Analysis Library: Feature Extraction, Classification, Segmentation and Applications

rakudo

🦋 Rakudo – Raku on MoarVM, JVM, and JS

veb7vmehra

My Details

veb7vmehra.github.io

A beautiful minimal and accessible portfolio template for Developers. Give it a star 🌟 if you find it useful.

volcalculation-spm

The provided script can be added into the codebase of SPM8 or SPM12. Then you can directly run this script in your MATLAB runtime, the script will let you choose a .nii file and then will give you the volume of brain portrayed in that image. You can even choose a masking image over the original nii file and the script will then calculate the volume of only the unmasked section.