| Plug-in name | Version | Plug-in description | Link | Tags | Contact | Ratings | Number of downloads | |
|---|---|---|---|---|---|---|---|---|
| AAR | 131130 | ICA-based Automatic Artifact Removal. Note that this extension overloads the "pca.m" Matlab function and can lead to unexpected behaviors of EEGLAB when running ICA. | Download | artifact,ica | G. Gomez-Herrero | 5 | 5434 |  |
| Adjust | 1.1.1 | Automatic identification and removal of EEG artifacts based on ICA | Download | ica,artifact | Marco Buiatti | 3.1176 | 7727 | |
| AMICA | 1.7 | Powerful Amica ICA decomposition plug-in (requires available compiled binary). Related: postAMICAUtility | Download | ica | 5 | 6166 | |
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| ANTeepimport | 1.14 | Import ANT .cnt data and trigger files | Download | import | 3.7 | 7087 | ||
| ARfitStudio | 0.41 | Cleans event-related transient artifacts using ARfit (beta) | Download | artifact,preprocessing | Miyakoshi and Mullen | 842 | ||
| AutoBatch | 1.0.1 | Will create a batch script based on eegh history. The batch script will also create a "Pre" and "Post" folder structure for you to place files you would like to run batch process on. | Download | study, | Matthew Gunn | 5 | 264 | |
| automagic | 3.0 | Standardized preprocessing of big EEG data. Runs currently available preprocessing methods and offers objective standardized quality assessment for growing studies. Compatible with the Brain Imaging Data Structure (BIDS) standard and hence facilitates data sharing. | Download | import, export, artifact, ica, study, | 5 | 2044 | ||
| batch_context | 1.5 | Interface for submitting jobs to remote clusters and automatic generation of Octave/Matlab code | Download | study,other | James Desjardins | 551 | ||
| BCI2000import | 0.36 | Import BCI2000 data files | Download | import | C. Boulay | 2 | 2829 | |
| bci2000legacy | 1.0 | Import legacy BCI2000 Matlab and text files | Download | import | A. Delorme | 2.5 | 884 | |
| BDFimport | 1.2 | Import BDF data files. Can also import EDF files. Note that the BIOSIG toobox/plug-in is the default in EEGLAB for importing BDF and EDF files, so we advise you try it first. | Download | import | 2.3636 | 6602 | ||
| bemobil-pipeline | 2.0.1 | The BeMoBIL Pipeline allows for script-based fully automatic, synchronized, transparent, and replicable import, processing, and visualization of Mobile Brain/Body Imaging and other EEG data. It includes wrappers for various EEGLAB plugins, and additional new functionalities. Parameters are configured centrally and plots are created throughout the processing. It does not contain a GUI. | Download | import, export, artifact, ica, source, study, BIDS | 5 | 398 | ||
| BERGEN | 1.0 | Remove fMRI artifacts from EEG | Download | artifact | M. Moosmann | 5 | 952 | |
| bids-matlab-tools | 8.0 | This plugin is obsolete. Uninstall this plugin and install the EEG-BIDS plugin instead (EEG-BIDS is the new name for the plugin). | Download | import, export, BIDS | Arnaud Delorme | 5 | 306 | |
| bids-validator | 1.1 | bids-validator adopted from Openneuro | Download | 0 | 879 | |||
| bioelectromag | 1.01 | Uses Bioelectromagnetism toolbox for ERP peak detection | Download | erp | D. Weber | 970 | ||
| biopac | 1.00 | Import BIOPAC Matlab data files. Use BIOSIG to import BIOPAC .ACQ files. | Download | import | A. Delorme | 3.3333 | 2302 | |
| Biosig | 3.8.4 | Import multiple data files formats. EDF, EDF+, BDF, GDF, Neuroscan, CNT, BRK, DAT, RDF, HDF, RAW, TDMS, Biopac ACQ, BCI2000, EEProbe, etc... | Download | export,import | 2.7342 | 100323 | ||
| Blinker | 1.2.0 | Automated Extraction of Ocular Indices from EEG Enabling Large-Scale Analysis | Download | artifact, | Kay Robbins | 493 | ||
| BrainBeats | 1.5 | The BrainBeats toolbox, implemented as an EEGLAB plugin, allows joint processing and analysis of EEG and cardiovascular signals (ECG and PPG) for brain-heart interplay research. | Download | hep, heo, brain-heart-coherence, hrv, ecg, ppg | Cedric Cannard | 5 | 495 | |
| brainmovie | 1.2 | This plugin may only be used from the command line to generate brain movies. The ROIconnect and SIFT plugins may be used to call this plugin for visualization purposes. | Download | ica, source, time-freq, | 5 | 448 | ||
| bva-io | 1.73 | Import Brain Vision Analyser data files | Download | export,import | 2.2667 | 44459 | ||
| CIAC | 1.02 | Cochlear Implant Artifact Correction | Download | artifact | 5 | 676 | ||
| Cleanline | 2.1 | Removes sinusoidal artifacts (line noise) | Download | artifact | 2.2667 | 15524 | ||
| clean_rawdata | 2.10 | Cleans raw EEG data. Contains Artifact Subspace Reconstruction (ASR). Adopted from BCILAB for offline use. | Download | artifact, | 4.3636 | 16219 | ||
| Cogniscan | 1.1 | Import Cogniscan data files | Download | import | P. Sajda | 1118 | ||
| corrmap | 2.1 | Cluster ICA components using correlation of scalp maps | Download | erp,ica,study | 3.3333 | 2792 | |
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| countBlinks | 0.10 | This is a solution for manually identifying blinks. It does not use ANY algorithm, and the user should determine whether the highlighted EOG peak represents eye blink or not. Care was taken in designig GUI so that mouse movement and number of clicks be minimized. It requires ICA results; the IC for blink/vertical eye movement is mandatory, and that for horizontal eye movement is optional. | Download | erp, Event annotation | Makoto Miyakoshi | 365 | ||
| CountSheepPSG | 1.17 | EEGLAB-compatible manual sleep stage scoring, signal processing and event marking of polysomnographic (PSG) data for MATLAB. | Download | import, export, artifact, ica, time-freq, sleep | 4.25 | 212 | ||
| CSP | 1.1 | Common Spatial Patterns | Download | other | P. Sajda | 0 | 1266 | |
| ctfimport | 1.05 | Import CTF (MEG) data files | Download | import | 5 | 1275 | ||
| cwleegfmri | 0.01 | Perform window-based regression using reference signals | Download | preprocessing | J. van der Meer | 5 | 531 | |
| Darbeliai | 2024.08.08 | Multiple files renaming, processing, epoching, ERP properties, spectral power calculation | Download | erp,time-freq | 3.6667 | 2691 | ||
| detect_REMs | 1.0 | Automatic detection of rapid eye movement for REM sleep. Based on Hatzilabrou Et Al 1994 detector adapted from Yetton et al 2016: DOI: 10.1016/j.jneumeth.2015.11.015 | Download | event detection | Stuart Fogel | 5 | 21 | |
| detect_spindles | 3.3.5 | Plug-in to automatically detect sleep spindles in continuous polysomnographic recordings. Requires data to be sleep stage scored and include movement artifact events in the EEG.event structure. | Download | time-freq, event detection | 5 | 506 | ||
| dipfit | 5.5 | Source localization of ICA components using single dipoles and eLoreta | Download | ica, source | 2.4 | 10944 | ||
| Dusk2Dawn | 3.4.1 | Dusk2Dawn allows users to easily clean whole-night sleep EEG data using sleep-specific implementations of Artifact Subspace Reconstruction (ASR). The accessible GUI interface also allows users to easily test a range of ASR parameters and visualize the effects on their data (e.g. the effects on Slow-Wave amplitude), before deciding which set of parameters to use. | Download | artifact, study, sleep,ASR,cleaning,preprocessing,large datasets | 5 | 292 | ||
| ebridge | 0.1.01 | eBridge computes a pairwise electrical distance matrix from EEG data—optionally filtering and epoching continuous recordings—to identify low-impedance channel pairs (bridges) via spline-interpolated distribution analysis. | Download | artifact, bridge | Arnaud Delorme | 24 | ||
| eConScan_import | 1.0 | A plugin for EEGLAB that allows importing eConScan's EEG data in the BDF format. | Download | import, | Zhaoxu Liu | 5 | 485 | |
| edatonicphasic | 1.0 | Electrodermal (EDA/GSR) tonic and phasic activity extraction using two different methods | Download | Arnaud Delorme | 118 | |||
| EEG-Beats | 1.1.1 | Extracts heartbeats and RR interval metrics for the unprocessed signal recorded by an EEG sensor placed on the chest. | Download | EKG, RR intervals, RR metrics | Kay Robbins | 448 | |
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| EEG-BIDS | 10.2 | Collection of function to import and export BIDS-formated experiments. The code is tailored for use in EEGLAB but may also be used independently of EEGLAB. This plugin was formely named bids-matlab-tools. | Download | import, export, study, bids | 1.8571 | 3807 | ||
| EEGBrowser | 1.1 | Browser to visualize channel and component activity | Download | other,preprocessing | 3 | 1375 | ||
| eegplot_w | 1.1.4 | Scroll using mouse wheel in wide-screen | Download | preprocessing | M.Baranauskas | 3.4286 | 2739 | |
| eegstats | 1.4 | This plugin computes frequency band power, alpha peak frequency, and alpha asymmetry. It uses the restingIAF MATLAB code for some of the computation. This plugin is useful if you are interested in reporting spectral power in continuous EEG data. It was made by the developers of EEGLAB. | Download | Arnaud Delorme | 4.6667 | 636 | ||
| eeg_toolbox | 1.01 | EEGLAB plug-in for plotting ERPs using the EEG toolbox | Download | erp | A. Delorme | 0 | 1119 | |
| egilegacy | 1.0 | Import legacy EGI file formats (binary simple, etc...) | Download | import | A. Delorme | 4 | 1852 | |
| EMDLAB | 0.1 | Perform four types of EMD: plain EMD, ensemble EMD (EEMD), weighted sliding EMD (wSEMD) and multivariate EMD (MEMD) on EEG data. This plug-in has some functions missing. | Download | other | Saad Al-Baddai | 5 | 771 | |
| envtopoForContinuous | 0.10 | Compute envelopes of scalp projections. Continuous data only. | Download | other | M.Miyakoshi | 568 | ||
| ERPLAB | 12.01 | ERPLAB Toolbox is a free, open-source Matlab package for analyzing ERP data. It is tightly integrated with EEGLAB Toolbox, extending EEGLAB’s capabilities to provide robust, industrial-strength tools for ERP processing, visualization, and analysis. A graphical user interface makes it easy for beginners to learn, and Matlab scripting provides enormous power for int | Download | import, export, erp, artifact, ica, source, time-freq, study, decoding | 3 | 30508 | ||
| erppeakinterval | 1.0 | Extract the mean amplitude surrounding the peak latency from ERP | Download | erp | Matt Pontifex | 857 | ||
| erpsource | 1.0 | This plug-in contains code to perform source reconstruction of ERPs with Fieldtrip. It adds a new submenu to the Tools > DIPFIT menu item of EEGLAB. It is also a template plug-in to demonstrate how to create Fieldtrip plug-ins for EEGLAB. | Download | erp, source, | Arnaud Delorme | 575 | |
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| erpssimport | 1.03 | Import ERPSS data files | Download | import | 1790 | |||
| EYE-EEG | 1.0 | EYE-EEG is an extension written to facilitate joint analyses of eye tracking and electroencephalographic (EEG) data. Among other things, it can be used for offline fixation control, objective eye artifact rejection, pupillometry, saccade and fixation detection, control of microsaccades, eye-tracker guided ICA, eye tracker-supported ICA component selection, basic oculomotor research. | Download | import, erp, artifact, ica, eye movements, saccades, eye-tracking, fixation-related potentials, pupil, blinks, fixations, ocular artifact correction | 3.5714 | 2390 | ||
| Eyesubtract | 1.0 | Eye Movement Artifact Removal | Download | artifact | P. Sajda | 5 | 2928 | |
| FAA | 1.01 | Frontal alpha asymmetry index computation | Download | time-freq | Michael Tesar | 3 | 1223 | |
| FASTER | 1.2.4 | FASTER is a fully automated, unsupervised method for processing of high density EEG data. FASTER has been peer-reviewed, it is free and the software is open source | Download | artifact, ica, | 5 | 1556 | ||
| FCLAB | 1.0.0 | FCLAB is an EEGLAB-based plugin, which is able to work with EEG signals in order to estimate and visualize brain functional connectivity networks based on a variety of similarity measures as well as run a complete graph analysis procedure followed by a detailed visualization of the ensuing local and global measures distribution | Download | time-freq, connectivity | Vasileios Pezoulas | 433 | ||
| FDA | 1.0 | Doing Functional Data Analysis (FDA) in EEGLAB. EPCOH Analysis, Functional Principal Component Analysis (FPCA), ERP Analysis, Phase-Plane Plot/Derivative, Functional Canonical Correlation, Smoothing with B-Spline/Fourier basis functions, Generalized Cross Validation (GCV) for parameter estimation, Functional Mean & Variance | Download | erp, time-freq, SignalProcessing | Mohammad Fayaz | 0 | 325 | |
| Fieldtrip-lite | 250523 | Adds source localization and statistics tools to EEGLAB | Download | source | R. Oostenveld | 2 | 26418 | |
| Fileio | 250523 | Import multiple data files formats | Download | export,import | R. Oostenveld | 2.875 | 40680 | |
| firfilt | 2.8 | Routines for filtering data | Download | preprocessing | 2.7778 | 12763 | ||
| fitTwoDipoles | 1.00 | It determines whether bilateral symmetrical dipoles should be fitted or not by using a published algorithm reported in Piazza et al. (2016) | Download | source, | Makoto Miyakoshi | 2025 | ||
| fMRIb | 2.1 | Remove fMRI artifacts from EEG | Download | artifact | J. Dien & R. Niazy | 5 | 2010 | |
| fullRankAveRef | 0.10 | Apply average reference after adding back the original reference channel. Note that this is possible using standard EEGLAB interface, only made easier here. | Download | preprocessing | M. Miyakoshi | 5 | 994 | |
| get_chanlocs | 4 | Electrode position localization from 3-D model to EEG chanlocs | Download | 1152 | ||||
| GEVD | 1.00 | Generalized Eigenvalue Decomposition (GEVD) | Download | other | P. Sajda | 732 | ||
| gtecimport | 3.15.01 | Import g.Recorder HDF5 files and MATLAB files to EEGlab including triggers/markers | Download | import | Patrick Reitner | 2.7143 | 1447 | |
| headModel | 1.0.0 | Encapsulates in a single interface common routines to allow for out-of-the-box solutions to EEG forward and inverse problems | Download | ica,source | Alejandro Ojeda | 5 | 860 | |
| HEDTools | 5.0.0 | Tools to support event annotation using hierarchical event descriptor (HED) tags. | Download | preprocessing | Dung Truong | 643 | |
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| HEPLAB | 1.0.1 | Automatic detection and manual edition of R and T waves from the ECG signal | Download | Pandelis Perakakis | 5 | 660 | ||
| icablinkmetrics | 3.1 | Automatic eye blink component selection | Download | artifact | Matt Pontifex | 1488 | ||
| iCanClean | 1.0.2 | iCanClean allows you to remove artifacts from EEG signals using either reference noise recordings or using self-generated noise signals (no reference recordings needed). In phantom data it has been shown to remove eye, muscle, motion, and line-noise artifacts. In humans, it has been shown to remove motion artifacts. Please see https://doi.org/10.3390/s23198214 for further detail. | Download | artifact, | Ryan Downey | 187 | ||
| ICLabel | 1.6 | Seven-category IC classifier using a neural network trained on hundreds of thousands of ICs | Download | artifact, ica, | L.Pion-Tonachini | 4.8947 | 14377 | |
| iirfilt | 1.05 | Non linear filtering using IIR filter | Download | preprocessing | 5 | 3156 | ||
| IMAT | 0.2 | Independent Modulator Analysis (IMA) is a method for decomposing spectral fluctuations of temporally independent EEG sources into ‘spatio-spectrally’ distinct spectral modulator processes. | Download | ica, source, time-freq, study, | Johanna Wagner | 301 | ||
| import_edf | 1.4 | import EDF files into EEGLAB | Download | import, | Cedric Cannard | 5 | 1154 | |
| INSTEPascimport | 1.00 | Import INSTEP ASCII data files | Download | import | A. Delorme | 0 | 1222 | |
| Interp | 1.0.1 | Allows users to interpolate data using local correlation or standard deviation of a given channel compared to its surrounding channels. This can be done on millisecond or epoch or ms within epoch level. | Download | erp, | Matthew Gunn | 5 | 259 | |
| interpolateSpike | 0.13 | Interpolate spike artifact (or anything) using ARFIT | Download | artifact | Miyakoshi and Mullen | 5 | 453 | |
| Inverse ICA | 0.1 | This extension allows one to quickly export ICA and import ICA components. This is particularly useful when using ICA on clean data, then "applying" the weights to dirtier data. The program is simple, and expects one to only use it when the number of channels in the data is the same. | Download | import, export, ica, | Ugo Bruzadin Nunes | 0 | ||
| letswave4eeglab | v.1.0.1 | Adds the nice dataviewer function from letswave7 to eeglab. Highly flexible viewer with many plotting options for signals, topographies and online filtering. | Download | erp, study, plot,plotting,viewer | 5 | 319 | ||
| LIMO | 4.1.2 | LInear MOdelling of EEG data | Download | ica,other,study | 5 | 4043 | ||
| loadcurry | 3.2.3 | Import Neuroscan Curry 6, 7 and 8 data files | Download | import | 3.4706 | 9275 | ||
| loadhdf5 | 1.1 | Load hdf5 files recorded with g.recorder | Download | import | Simon L. Kappel | 3 | 2174 | |
| loreta | 2.0 | Export data to the LORETA KEY software | Download | ica,source | A. Delorme | 2.5 | 4674 | |
| LR | 1.2 | Linear Discrimination | Download | other | P. Sajda | 729 | ||
| lsl_app_matlabviewer | 1.3 | This is a simple LSL Matlab viewer and recorder that works on both Windows and Mac (but not Linux unless you install the LSL libraries). | Download | import, export, lsl | 0 | 1337 | ||
| MARA | 1.2 | Multiple Artifact Rejection Algorithm | Download | artifact,ica | I. Winkler | 4.2857 | 5874 | |
| MarkEvents | 2.1.3 | Manually mark events on eeglab dataset. | Download | study, event marking | 5 | 765 | ||
| mass_univ | 03272017 | Mass Univariate ERP Toolbox | Download | erp | D. Groppe | 1821 | ||
| MEF3 | v1.2.2 | Import Multiscale Electrophysiology Format v3.0 (MEF3) data files | Download | import, MEF, MEF3, iEEG | 5 | 271 | ||
| MEF_import | 1.21 | MEF_import is an EEGLAB plug-in that imports data compressed in Multiscale Electrophysiology Format (or Mayo EEG File, MEF) and Multiscale Annotation File (MAF) data into EEGLAB. This plugin is unstable, use the MEF3 plugin instead. | Download | import, multiscale recording, iEEG, MEF | Richard J. Cui | 5 | 592 | |
| Mentalab | 0.2 | The Mentalab EEGLab Plugin is a MATLAB library that acts as a plugin for EEGLab. Use it to import Mentalab Explore CSV and BIN files into an EEGLab structure. | Download | import, | Eduard Deneke | 5 | 827 | |
| MFFimport | 2.3 | Import EGI MFF files (legacy - see new MFFMatlabIO plug-in). DO NOT INSTALL IF MFFMatlabIO IS INSTALLED AS THIS CREATE A CONFLICT BETWEEN THE TWO PLUGINS. | Download | import | A. Chennu | 3 | 3822 | |
| MFFMatlabIO | 5.0 | Import and export Magstim MFF files (formerly known as EGI MFF data files) | Download | import, export, | 4.4286 | 11342 | ||
| MicrostateAnalysis | 1.2 | Model and quantify microstates in resting state data | Download | other | T. Koenig | 2.2857 | 2801 | |
| MICROSTATELAB | 2.1 | resting-state microstate analysis | Download | microstates | Delara Aryan | 3.75 | 1567 | |
| Mobilab | 20210924 | Mobilab is a multimodal data browser and motion capture data preprocessor for XDF format data programmed by Alejandro Ojeda. Should not be used (crash) with recent versions of MATLAB (try with 2017b). | Download | import, export, erp, artifact, | 5 | 1553 | ||
| mp_clustering | 2.0 | Add both Measure Product pre-clustering AND Clustering commands to STUDY menu | Download | study | 4 | 433 | ||
| MST | 1.0 | Versatile toolbox for microstate analysis for both ERP and spontaneous EEG | Download | erp,other | A. Trier Poulsen | 2.5 | 1913 | |
| musedirect | 1.2 | This plug-in allows importing into EEGLAB files recorded using the Muse Direct application. | Download | import, muse | 4 | 521 | ||
| musemonitor | 4.1 | Import Musemonitor iOS and Android app .csv data files | Download | import | 3.5 | 2594 | ||
| Mutual_Info_Clustering | 1.00 | Group single dataset ICA components by Mutual Information | Download | ica,study | N. Bigdely | 1140 | ||
| NEAR - Channel Rejec | 0.1 | This plugin uses a robust outlier algorithm - Local Outlier Factor to detect and remove bad channels in a semi-automated way. By scripting, it can be a fully automated tool. N.B: Please ensure you have MATLAB parallel toolbox installed. It is named as NEAR as it is a part of the Newborn EEG Artifact Removal (NEAR) pipeline. | Download | artifact, Bad Channels; Neonatal EEG; | Velu Prabhakar Kumaravel | 5 | 3 | |
| NEAR_ChannelReject | 1.0 | This plugin uses a robust outlier algorithm - Local Outlier Factor to detect and remove bad channels in a semi-automated way. By scripting, it can be a fully automated tool. N.B: Please ensure you have MATLAB parallel toolbox installed. It is named as NEAR as it is a part of the Newborn EEG Artifact Removal (NEAR) pipeline. | Download | artifact, bad channel, developmental EEG, adult EEG | Velu Prabhakar Kumaravel | 186 | ||
| NeuracleEEGFileReader | 1.1.1 | Import Neuracle's EEG data and event files in BDF format | Download | import, | Junying | 1386 | ||
| NeuracleNDFFileReade | 1.0 | Import Neuracle's data and event files in NDF format | Download | import, | Tony | 118 | ||
| Neuroelectrics | 1.8 | for opening .easy file extension | Download | import, | shankar gupta | 2 | 838 | |
| neuroimaging4d | 1.00 | Import Neuroimaging4d data files | Download | import | C. Wienbruch | 1260 | ||
| NeuroLode_Export | 1.4.2 | Export data as Excel, Dat, txt, and .asc for sloreta. Common commands: reduce PCA by 1 and convert to and from countine and epoched data. Spectral analysis: Centriod, Kurtosis, Skewness, and spread. Modifed BSS UI | Download | export, erp, ica, time-freq, | 3.7778 | 688 | ||
| NeurOne | 1.0.3.5 | Import NeurOne data files | Download | import | 5 | 1551 | ||
| NEUROPRAXimport | 1.00 | Import EEG data recorded with the NEURO PRAX system by neuroConn | Download | import | S. Wunder | 860 | ||
| neuroscanio | 1.8 | Import .CNT, .EEG Neuroscan binary files as well as Neuroscan epoch file (.DAT) and Neuroscan event files (.EV2). There are also functions to import Neuroscan ASCII (text) location files from the command line as well as a beta function to export continuous CNT files from the command line. | Download | import, export | 2.45 | 36887 | ||
| neurosky | 4.8.5 | Import Neurosky files | Download | import, | Arnaud Delorme | 5 | 356 | |
| Newtopoplot | 1.1 | a plugin for 2-D topography and connectivity visualization | Download | study, | FengZhao | 130 | ||
| NFT | 2.2 | Neuroelectromagnetic Forward head modeling Toolbox. Builds BEM/FEM head electrical current flow models from MR or template head images and computes source locations using the head models, either as equivalent model dipoles or as high-resolution cortical surface distribution estimates using SBL or SCS (Sparse-Compact-Smooth) | Download | source | Zeynep Akalin Acar | 5 | 1009 | |
| NihonKoden | 1.12 | Import Nihon Koden .m00 file. Now it supports data that has 'Trigger' in addition to EEG data (Thanks Elham Sherkat for sharing the test file.) | Download | import, | Makoto Miyakoshi | 5 | 1840 | |
| NIMA | 0.22 | A plug-in for using 3-D head plotting styles from the Measure-Projection Analysis (MPA) toolbox. Related: MPA | Download | study | N. Bigdely and Makoto Miyakoshi | 447 | ||
| nonRankDeficientAveR | 1.0 | This plugin applies re-referencing to the average potential that is calculated including the initial reference. | Download | Re-reference | Makoto Miyakoshi | 80 | ||
| nsgportal | 2.1.1 | Plug-in interfacing EEGLAB with NSG. The plug-in allows users to directly submit, manage and retrieve jobs running on the U.S XSEDE network of high-performance computing resources from within an EEGLAB session. | Download | erp, ica, source, time-freq, study, nsg | Ramon Martinez Cancino | 526 | |
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| nwbio | 1.2 | This plugin imports data from the Neuroscience Without Borders (NWB) data format. Time series, as well as channel information and event information are imported. Use EEGLAB import/export menu to import/export files, or use command line function pop_nwbimport.m or pop_nwbexport. | Download | import, export, | Arnaud Delorme | 79 | ||
| OEP Runica | 1.0 | Sample plug-in demonstrating the use of the nsgportal plug-in command-line tools for implementing NSG access in EEGLAB plug-ins. | Download | ica, nsg | Ramon Martinez Cancino | 0 | ||
| PACT | 0.60 | Computes phase-amplitude coupling in continuous data. | Download | time-freq, | Makoto Miyakoshi | 3 | 2234 | |
| Peakfit | 1.0 | Single trial EEG peak fitting | Download | erp | P. Sajda | 1076 | ||
| Period-Amplitude-Ana | 2.1.5 | Period Amplitude Analysis to detect slow waves in sleep recordings. | Download | time-freq, | 5 | 353 | ||
| PICARD | 1.0 | Preconditioned ICA for Real Data | Download | ica | P. Ablin | 4.6667 | 2471 | |
| postAmicaUtility | 2.1 | Calculates and displays AMICA model probability time courses to find model switches, and IC mutual information to find IC dependent subspaces. Related: AMICA | Download | ica | 5 | 1886 | ||
| PowPowCAT | 3.01 | See https://github.com/sccn/PowPowCAT | Download | time-freq, cross-frequency coupling, comodulogram, comodugram, spectral covariance | Makoto Miyakoshi | 5 | 1004 | |
| PrepPipeline | 0.57.0 | Contains tools for EEG standardized preprocessing | Download | preprocessing | 2.6667 | 5797 | ||
| ProcomInfinity | 1.00 | Import Procom Infinity data files | Download | import | A. Delorme | 1105 | ||
| pvaftopo | 0.10 | Plot topography of percent variance accounted for by single ICs in scalp channel EEG data (beta). | Download | erp,other | M. Miyakoshi | 953 | ||
| QuickLab | 0.91 | QuickLab contains a library of functions made to improve EEG data processing with functions without prompts with preset defaults. ALl these functions are centralized at the Data Scroll Pro: a unique, intuitive, and user-friendly UI for maximum productivity when cleaning individual datasets manually. | Download | artifact, ica, plot, scrollplot | 5 | 102 | ||
| REGICA | 1.00 | ICA regression based EOG removal | Download | artifact,preprocessing | M. Klados | 2.5 | 1521 | |
| RELAX | 2.0.0 | RELAX is a fully automated EEG cleaning method. RELAX takes continuous data as an input and cleans data using Multiple Wiener Filters and/or wavelet enhanced ICA. RELAX outputs continuous data that has been cleaned of all artifact types, with extreme outlying data periods removed. RELAX can also epoch data and apply regression or subtraction baseline corrections. | Download | artifact, ica, | 4.5 | 935 | ||
| RELAX-Jr | 1.0.1 | RELAX-Jr is a fully-automated toolbox designed for pre-processing EEG data recorded from children. RELAX-Jr takes continuous raw data as input and outputs cleaned files with artifacts removed. It includes a graphic user interface (GUI) and additional options for segmenting and baseline correcting the cleaned files. | Download | artifact, ica, | Aron Hill | 5 | 128 | |
| RELICA | 1.0 | RELICA (RELIability of ICA) is an EEGLAB plugin designed to assess the reliability of Independent Component Analysis (ICA) decompositions in EEG data. Developed by Artoni et al. (2014), RELICA repeatedly applies ICA to bootstrapped resamples of the original data and evaluates the consistency of resulting components using clustering. It quantifies reliability via an index that reflects the stabilit | Download | ica, | Fiorenzo Artoni | 12 | ||
| remove_event_data | 1.0 | Remove continuous data intervals associated with specific events and their duration | Download | artifact | G. Sampaio | 556 | ||
| reorder19Channels | 1.0 | This EEGLAB plugin changes the order of 19 channels defined by the international 10-20 system to the order that is common in the field of neurofeedback practices. Also, when this application finds the channel labels ending with '-LE' such as 'Fp1-LE', 'Fp2-LE', etc., it removes the '-LE' part and imports template head electrode locations for each of the renamed electrode. | Download | import, channel configuration | Makoto Miyakoshi | 5 | 625 | |
| rERP | 0.4 | Estimate overlapping ERPs using multiple regression. | Download | erp,other | M. Burns | 1 | 1183 | |
| REST | 1.2 | The EEGLAB plug-in version of REST is a tool for translating multichannel EEG or ERP data to a new dataset with reference at infinity. | Download | re-reference | Li Dong | 3.4286 | 1512 | |
| REST_cmd | 1.0 | Allows using the REST method via the command line, using the default parameters and 3-concentric sphere head model. | Download | reference | Cedric Cannard | 5 | 316 | |
| REST_fieldtrip | 1.0 | Use Fieldtrip to compute REST (infinity) reference as well as average reference and median reference. The Infinity reference uses the Leadfield matrix computed by DIPFIT. | Download | source, reference | Arnaud Delorme | 249 | ||
| ReSync | 1.0 | ReSync is a toolbox for correcting ERP waveform that is distorted by single trial latency jitter. Due to the trial-to-trial jitter, the average ERP is a distorted representation of neural response. ReSync corrects the ERP by identifying and resynchronizing ERP sub-components separately. | Download | erp, jitter correction | Guang Ouyang | 348 | ||
| roiconnect | 1.0 | ROIconnect allows you to perform functional connectivity analysis between regions of interest (ROIs) on source level. The results can be visualized in 2-D and 3-D. ROIs are defined based on popular fMRI atlases, and source localization can be performed through LCMV beamforming or eLORETA. Connectivity analysis can be performed using all pairs of brain regions using Granger Causality, etc... | Download | source, Connectivity | Arnaud Delorme | 5 | 269 | |
| SASICA | 1.3.8 | Guided Selection of ICA components for Artifact rejection | Download | artifact, ica, | Max | 2.5 | 4656 | |
| scd | 1.0 | Scalp current density plugin (Surface Laplacian). Use the ft_scalpcurrentdensity of Fieldtrip. Different methods are available including finite-difference method, spherical spline method, and Hjorth approximation. | Download | source, | Arnaud Delorme | 5 | 506 | |
| SEREEGA | 1.5.0 | Toolbox to simulate event-related EEG activity. | Download | erp, ica, source, time-freq, simulation | Laurens Krol | 0 | 669 | |
| sevenSegmentica | 0.20 | This is for infomax ICA demo. See the Youtube video from the link. | Download | ica, | Makoto Miyakoshi | 332 | ||
| SIFT | 1.6 | Extensive plug-in for analysis and visualization of multivariate source-level connectivity using a large number of published approaches. | Download | source,time-freq | T. Mullen | 3.4286 | 6194 | |
| SMimport | 1.0 | SMimport is the EEGLAB plugin intent to import EEG from an SM file. SM file format data contains EEG signals. It’s used by devices of Neorec and NVX series, produced by MCS company (https://mks.ru). | Download | import, SM NVX NeoRec | Sergey Simonov | 3 | 27 | |
| smi_eyetracking | 1 | This extension allows importing SMI eye-tracking files into EEGLAB along with the events associated with them. | Download | import, | Arnaud Delorme | 87 | ||
| snapmaster | 1.0 | Import .SMA snapmaster files | Download | import | A. Delorme | 683 | ||
| SPA | 1.0 | SPA is an EEG toolbox for removing EEG or ERP artifacts based on variance of components decomposed by PCA. The theoretical ground is that variance of PC components from raw EEG data form bimodal distribution, suggesting that artifacts can be removed based on simple thresholding of variance. Such algorithm enjoys high computational efficiency while largely preserving the neural components. | Download | artifact, PCA, single trials | Guang Ouyang | 5 | 320 | |
| spike2EEGLAB | 1.2 | spike2EEGLAB(): load CED Spike format dataset and return EEGLAB EEG structure. Import is possible with .mat files that can be exported from CED Spike software. | Download | import, | Patrycja Dzianok | 2.5 | 327 | |
| std_backproj | 0.33 | A plug-in for back-projecting cluster ICs in the STUDY to scalp channels | Download | ica, study | M. Miyakoshi | 518 | ||
| std_clust2ch | 1.14 | Project STUDY IC clusters to channels. | Download | ica,study | M. Miyakoshi | 540 | ||
| std_dipoleDensity | 0.40 | Plot STUDY ICA cluster dipole density (beta) | Download | ica,source,study | M. Miyakoshi | 1129 | ||
| std_dipplotWithDensity | 0.11 | Plot dipoles and dipoles density | Download | study | M. Miyakoshi | 366 | ||
| std_envtopo | 4.10 | This is to perform envelope-topography analysis on the study level data. | Download | study, | Makoto Miyakoshi | 1527 | ||
| std_ErpCalc | 0.11 | Calculates STUDY-level IC-cluster ERPs (a simplar solution) | Download | erp,study | M. Miyakoshi | 893 | ||
| std_erpStudio | 0.12 | Calculates STUDY IC-cluster ERPs with statistics. | Download | erp,study | M. Miyakoshi | 709 | ||
| std_infocluster | 1.1 | Statistics and contribution of ICs to clusters | Download | ica,study | R Martinez-Cancino | 834 | ||
| TBT | 2.6.2 | This EEGLAB plugin allows for the automatic rejection and interpolation of channels on an epoch-by-epoch basis. | Download | artifact, | Mattan S. Ben-Shachar | 1.6667 | 1787 | |
| tdt_utils | 1.3 | This plugin computes spectral, and coherence values based on the Lexicor documentation. It may also be used to plot TDT file content (including Neuroguide output files). | Download | time-freq, | 88 | |||
| TESA | 1.1.1 | TESA | Download | import, | Maeve Duncan | 4 | 1407 | |
| Time Frequency Analy | 20210118 | This plug-in performs complex Morlet wavelet convolutions to extract power, phase, and other information from both EEGLAB and ERPLAB datasets. There are also other tools included in the package that help compute things such as power ERD/S and inter-phase locking. The tools included in this package are compatible with both EEGLAB and ERPLAB. | Download | Kevin E Alexander | 3 | 2 | ||
| trimOutlier | 2.0 | Trim outlier channels and datapoints interactively (beta) | Download | preprocessing | 3.5 | 2185 | ||
| Viewprops | 1.5.4 | Channel and IC properties viewer compatible with ICLabel. Related: ICLabel | Download | ica | 5 | 4483 | ||
| VisEd | 1.05 | Add/Edit dataset events | Download | other,preprocessing | J. Desjardins | 2335 | |
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| WearableSensing | 1.09 | Import Wearable Sensing files | Download | import | S. Pillen | 2.5 | 1349 | |
| winPACT | 0.23 | Phase-amplitude coupling computed with sliding window | Download | time-freq | M. Miyakoshi | 2.5 | 777 | |
| xdfimport | 1.2 | Import files in XDF format saved by the LabRecorder Python program to record LSL streams. This plug-in only imports EEG and Marker streams. To import a multi-stream XDF file and sync the different data streams at the same sampling frequency for subsequent processing in EEGLAB, use the Mobilab extension. | Download | import | 2.75 | 6536 | ||
| zapline-plus | 1.2.1 | Zapline-plus (Klug and Kloosterman, 2022) is a wrapper for Zapline that automatically removes spectral peaks like line noise from your data while ensuring minimal negative impact, preserving both the non-noise spectrum and the data rank. It searches for noise frequencies, divides the data into spatially stable chunks, and adapts the cleaning strength automatically. A detailed plot is created. | Download | artifact, | 4.6667 | 1519 |