Jingqing Nian's repositories
Shock-Work-up-Calibration-procedure
The code was adequate for a multichannel stimulator (SXC-4A, Sanxia Technique Inc., China). The code made by Zhiwei Zhang[E-mail:760861993@qq.com]. Modified by Jingqing Nian[E-mail:nianjingqing@126.com]. School of Psychology,Guizhou Normal University The materials have a Creative Commons CC BY license so that you can use them in any way you want. You just need to provide an attribution (“by Zhiwei Zhang,Jingqing Nian”).
attention-memory-task
An experiment used to explore interactions between covert attention and recognition memory
BayesFlow
A Python library for amortized Bayesian workflows using generative neural networks.
BenchmarksWM
Install and load the BenchmarksWM data package
bmm
Bayesian Measurement Models for Visual Working Memory using 'brms'
CCBBI_Decoding_Workshop
Codes for CCBBI student workshop - Decode brain representations based on Python
cfa_removal
This repository contains code used or removing the cardiac field artifact from the EEG signal via neural network regression.
EEG2EEG
Generate your neural signals from mine: individual-to-individual EEG converters
EEG_Free_Recall_Scripts
Python scripts and notebooks for data analyses in Broitman & Swallow (2023)
mri-simulator
MRI simulator for educational purposes written in MATLAB
mvgam
Dynamic Bayesian Generalised Additive Models for time series analysis and forecasting
opticka
Opticka is an experiment manager built on top of the Psychophysics toolbox (PTB) for MATLAB. It runs experimental tasks using flexible state machine logic and easily does dynamic methods-of-constants type experiments with full behavioural control. It uses a class system to create simple to use visual stimuli using experimenter friendly units. Optic
osl
OHBA Software Library
PCNtoolkit-demo
Demo and tutorial for PCNtoolkit routines
PsyCalibrator
PsyCalibrator
TCS_Bayesian
Visual search model - replication
Tutorial-MixtureModel-VWM
This repository contains R scripts & raw data to illustrate how to estimate the Zhang & Luck mixture model for visual working memory.