Explore @BUNPC Open Source projects

@BUNPC

BUNPC

Stars
264
Global Org. Rank 34,718 (Top 12 %)
Registered over 6 years ago
Most used languages

MATLAB
70.4 %

Python
14.8 %

C
11.1 %

VHDL 3.7 %

Homer3

MATLAB application for fNIRS data processing and visualization

Beam-Propagation-Method

AtlasViewer

MATLAB application for imaging and reconstruction of fNIRS data on atlas anatomy

laserSpeckleImaging

Tools for processing laser speckle images from a camera

pysnirf2

Python package for reading, writing and validating Shared Near Infrared Spectroscopy Format (SNIRF) files

OCTA

Optical Coherence Tomography Angiography Data Processing

ninjaGUI

fNIRS data acquisition GUI

NN22-Technical-Documents

Repository for the storage and dissemination of NN22 technical documents

VAN_DataSets

This project contains micro-Vascular Anatomical Network Data Sets from a consortium of research groups working to develop automated methods to analyze cerebral microvascular networks.

PySpectralRadar

Python wrapper for Thorlabs SpectralRadar SDK C library using ctypes

SpeckleNoiseModel

Code to model the noise of a fiber based NIRS system, as well as to plot the figures from associated papers

functionalSpectralSpeckle

snirf_quality_report

snirf2bids

Python package for generating BIDS-fNIRS files from SNIRF files

g1OCTA

3D Optical Coherence Tomography Angiography for minimizing tail artifacts

DynamicSpeckleModel

MonteCarloWaveModel

angioReg

register two volumetric angiograms together using an affine transformation then corrected by non-linear scattered data interpolation

SerialSectOCT

DataTree

psoct_vessel_graphing

Suite of tools for segmenting vessels from PS-OCT images and then converting the segments to a graph.

VAN_modeling

prDOCT

Phase resolved Doppler OCT for blood flow velocity imaging of capillary network

SpeckleDynamicsModelFitting

WavelengthSensitivityinFNIRS

vascularDataViz

Annotation_tools

MATLAB applications for myelin and cell annotation of qBRM and 2P images

ninjaNIRS21

rsfcIOS

calculate resting state functional connectivity from IOS data.

DLSOCT

Dynamic Light Scattering-Optical Coherence Tomography data processing for blood flow velocity and diffusion coefficient measurement