#ceegrid search results

This interesting study compared #cEEGrid & #EEG, both running simultaneously on #BrainAmps. Conventional EEG performed better in terms of amplitude and classification accuracy, but a tactile #BCI using the cEEGrid could be operated with lower efficiency. frontiersin.org/journals/human…

👂 Now until August 15th, get 15% off all cEEGrid kits & bundles, including the Open-cEEGrid + Cyton Daisy bundle! Use discount code EAR15 at checkout on shop.openbci.com #openbci #ceegrid #biosensing #bci #eeg

Want to study sound processing in barely restricted participants with the #cEEGrid? ✅ works well for well-defined sounds ❌ not so easy for natural sounds Read my last PhD paper for a detailed discussion: onlinelibrary.wiley.com/doi/full/10.11…

How do you set up and conduct a successful cEEGrid recording 🤔? Look no further ▶️ our peer-reviewed cEEGrid (or c-grid, if you prefer a generic, non-commerical term 😉) video tutorial including a step-by-step protocol is out 📽️⬇️🖱️! review.jove.com/de/v/64897/rec… #ceegrid #eeg

Check out the video pre-print by @DanielHoelle and @MGBleichner on how to record high-quality cEEGrid data. #cEEGrid

In this study, Daniel Hölle shows how to use ear-EEG #cEEGrid, in combination with a mobile amplifier (@mBrainTrain) and smartphone-based data recording and stimulus presentation (@neurobs) to study auditory attention/perception for >6h in the workplace biorxiv.org/content/10.110…

We wanted to know from which brain regions we can record best with ear-EEG #cEEGrid compared to cap EEG. Arnd Meiser used forward modeling to simulate exactly that. Bluer is better. For more details see the article: link.springer.com/article/10.100…

The study proposed a robust method in walking condition decoding visual response in scalp and ear-EEG using deep neural networks. #cEEGrid ⬆️When applying the proposed method, the accuracies increase 15% in cap-EEG and 7% in ear-EEG.⬆️ Full study: arxiv.org/abs/2002.01085

There now is a #EEGLAB plugin to get nice plots for #cEEGrid data, including topographies. It is currently quite beta, so feedback is more than welcome gitlab.uni-oldenburg.de/erer5685/ceegr…

Moving #beyondthelab with mobile ear-EEG #ceegrid. It is not beautiful yet, but we can do EEG experiments on auditory attention in everyday life.

Check out our findings on evaluating mental states in a realistic driving scenario using miniaturized #cEEGrid electrodes #EEG #neuroergonomics

NEW PAPER: Movement behavior and EEG signals were measured in audiovisual virtual environments in the lab for 41 normal-hearing participants. These data establish a reference for future studies. #cEEGrid #SMARTING Study: bit.ly/2m4EOgY Dataset: bit.ly/2lFJdXI

For reusing a #ceegrid you can use ring stickers as well. Might be easier than handling the large sticker.

In this project, @MGBleichner and his group will mainly use concealed ear-centered electrode setup (#cEEGrid connected to #Smarting mobile amp) to investigate noise perception in everyday life. (frontiersin.org/articles/10.33…)

In an ideal world the amplifier would be small and light enough to fit onto the #cEEGrid, including data transmission and power supply.

Machine‐learning‐derived sleep-wake staging from #cEEGrid outperforms manual scoring and actigraphy Here is shown that automated scoring combined with easy‐to‐use #EEG monitoring holds great promise for future sleep monitoring in a much wider population bit.ly/2ZptYkV

Excitement and new sleep EEG study 😴 it compares EEG derived from #cEEGrid to standard polysomnography. Findings suggest that the cEEGrid system is a viable and robust recording tool to capture sleep and wake EEG. #SMARTING Full study: goo.gl/y6CmEB

Machine‐learning‐derived sleep-wake staging from around‐the‐ear electroencephalogram outperforms manual scoring and actigraphy Data from the #cEEGrid electrodes were recorded with a wireless #SMARTING amplifier Full study: goo.gl/CyeQMG

The study reveals the feasibility but also limitations of #cEEGrid recordings for visual tasks It shows that visual and cognitive ERPs and ERLs can be measured using the cEEGrids, while motor-related cortical potentials are not well captured Full study: goo.gl/uVmG1f

The study investigated the performance of automated sleep staging of data recorded from cEEGrid 😴 It confirms that #EEG from #cEEGrid sensors preserves the information needed for reliably scoring sleep in healthy subjects ✅ Full study: goo.gl/LK8VAZ

Moving #beyondthelab with mobile ear-EEG #ceegrid. It is not beautiful yet, but we can do EEG experiments on auditory attention in everyday life.

Excitement and new sleep EEG study 😴 it compares EEG derived from #cEEGrid to standard polysomnography. Findings suggest that the cEEGrid system is a viable and robust recording tool to capture sleep and wake EEG. #SMARTING Full study: goo.gl/y6CmEB

Concealed behind-the-ear #EEG recordings can be an alternative to classical cap EEG acquisition #cEEGrid #SMARTING goo.gl/3XMSpP

#cEEGrid VS #EEG cap RESULT: Concealed behind-the-ear EEG recordings can be an alternative to classical cap EEG acquisition for auditory #attention monitoring. Read more: goo.gl/FwhCCK

We wanted to know from which brain regions we can record best with ear-EEG #cEEGrid compared to cap EEG. Arnd Meiser used forward modeling to simulate exactly that. Bluer is better. For more details see the article: link.springer.com/article/10.100…

For reusing a #ceegrid you can use ring stickers as well. Might be easier than handling the large sticker.

The study investigated the performance of automated sleep staging of data recorded from cEEGrid 😴 It confirms that #EEG from #cEEGrid sensors preserves the information needed for reliably scoring sleep in healthy subjects ✅ Full study: goo.gl/LK8VAZ

cEEGrid accuracy: 6⃣9⃣ percents cap-EEG accuracy: 8⃣5⃣ percents The study concludes that the quality of concealed ear-#EEG recordings as acquired with the #cEEGrid array has potential to be used in the BCI steering of hearing aids. #SMARTING More: goo.gl/SLdHqT

Machine‐learning‐derived sleep-wake staging from around‐the‐ear electroencephalogram outperforms manual scoring and actigraphy Data from the #cEEGrid electrodes were recorded with a wireless #SMARTING amplifier Full study: goo.gl/CyeQMG

Machine‐learning‐derived sleep-wake staging from #cEEGrid outperforms manual scoring and actigraphy Here is shown that automated scoring combined with easy‐to‐use #EEG monitoring holds great promise for future sleep monitoring in a much wider population bit.ly/2ZptYkV

There now is a #EEGLAB plugin to get nice plots for #cEEGrid data, including topographies. It is currently quite beta, so feedback is more than welcome gitlab.uni-oldenburg.de/erer5685/ceegr…

NEW PAPER: Movement behavior and EEG signals were measured in audiovisual virtual environments in the lab for 41 normal-hearing participants. These data establish a reference for future studies. #cEEGrid #SMARTING Study: bit.ly/2m4EOgY Dataset: bit.ly/2lFJdXI

STUDY: Measuring hearing instrument sound modification using integrated ear-EEG RESULTS: Study confirms that stimulus-related brain signals acquired from ear-#EEG during real-time audio processing can be successfully derived. #SMARTING #cEEGrid MORE: goo.gl/hUyJQf

The study reveals the feasibility but also limitations of #cEEGrid recordings for visual tasks It shows that visual and cognitive ERPs and ERLs can be measured using the cEEGrids, while motor-related cortical potentials are not well captured Full study: goo.gl/uVmG1f

The study proposed a robust method in walking condition decoding visual response in scalp and ear-EEG using deep neural networks. #cEEGrid ⬆️When applying the proposed method, the accuracies increase 15% in cap-EEG and 7% in ear-EEG.⬆️ Full study: arxiv.org/abs/2002.01085

How do you set up and conduct a successful cEEGrid recording 🤔? Look no further ▶️ our peer-reviewed cEEGrid (or c-grid, if you prefer a generic, non-commerical term 😉) video tutorial including a step-by-step protocol is out 📽️⬇️🖱️! review.jove.com/de/v/64897/rec… #ceegrid #eeg

(2/8) @MGBleichner started the NELI group in 2019 with the goal to study sound processing in the real world using an unobtrusive, ear-centered, mobile EEG #cEEGrid (doi.org/10.1038/srep16…).

Want to study sound processing in barely restricted participants with the #cEEGrid? ✅ works well for well-defined sounds ❌ not so easy for natural sounds Read my last PhD paper for a detailed discussion: onlinelibrary.wiley.com/doi/full/10.11…