advanced neuro technology xensor 3d electrode digitizer system Search Results


advanced neuro technology xensor 3d electrode digitizer system  (ANT Neuro)
90
ANT Neuro advanced neuro technology xensor 3d electrode digitizer system
Advanced Neuro Technology Xensor 3d Electrode Digitizer System, supplied by ANT Neuro, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/advanced+neuro+technology+xensor+3d+electrode+digitizer+system/advanced+neuro+technology+xensor+3d+electrode+digitizer+system/nct04846829-150-37-45
Average 90 stars, based on 1 article reviews
advanced neuro technology xensor 3d electrode digitizer system - by Bioz Stars, 2026-10
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xensor 3d electrode digitizer system  (ANT Neuro)
90
ANT Neuro xensor 3d electrode digitizer system
Xensor 3d Electrode Digitizer System, supplied by ANT Neuro, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/advanced+neuro+technology+xensor+3d+electrode+digitizer+system/xensor+3d+electrode+digitizer+system/pmc04401437-215-4-11
Average 90 stars, based on 1 article reviews
xensor 3d electrode digitizer system - by Bioz Stars, 2026-10
90/100 stars
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infrared 3d digitizer xensor electrode digitizer version 5.0.0  (ANT Neuro)
90
ANT Neuro infrared 3d digitizer xensor electrode digitizer version 5.0.0
(A) <t>cEEGrid</t> placement. A C-shaped electrode array is fixated around the ear with a double-sided adhesive. (B) cEEGrid electrode layout. Each cEEGrid consists of 10 <t>electrodes.</t> Electrodes L1–L4 and L5–L8 around the left ear and R1–R4 and R5–R8 around the right ear measure the voltage between the respective electrode and the reference electrode R4b, while electrode R4a is the ground. L4b electrode was used in the offline analysis for rereferencing the data. To keep the layout symmetric, L4a electrode was excluded from analysis, leaving 16 channels in total, 8 around each ear. (C) Illustration of 84-channel cap-EEG and 16-channel ear-EEG 3D locations relative to each other, on a template brain. The left cEEGrid channels are hidden from view.
Infrared 3d Digitizer Xensor Electrode Digitizer Version 5.0.0, supplied by ANT Neuro, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/advanced+neuro+technology+xensor+3d+electrode+digitizer+system/infrared+3d+digitizer+xensor+electrode+digitizer+version+5+0+0/pmc04961688-140-17-24
Average 90 stars, based on 1 article reviews
infrared 3d digitizer xensor electrode digitizer version 5.0.0 - by Bioz Stars, 2026-10
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(A) cEEGrid placement. A C-shaped electrode array is fixated around the ear with a double-sided adhesive. (B) cEEGrid electrode layout. Each cEEGrid consists of 10 electrodes. Electrodes L1–L4 and L5–L8 around the left ear and R1–R4 and R5–R8 around the right ear measure the voltage between the respective electrode and the reference electrode R4b, while electrode R4a is the ground. L4b electrode was used in the offline analysis for rereferencing the data. To keep the layout symmetric, L4a electrode was excluded from analysis, leaving 16 channels in total, 8 around each ear. (C) Illustration of 84-channel cap-EEG and 16-channel ear-EEG 3D locations relative to each other, on a template brain. The left cEEGrid channels are hidden from view.

Journal: Frontiers in Neuroscience

Article Title: Target Speaker Detection with Concealed EEG Around the Ear

doi: 10.3389/fnins.2016.00349

Figure Lengend Snippet: (A) cEEGrid placement. A C-shaped electrode array is fixated around the ear with a double-sided adhesive. (B) cEEGrid electrode layout. Each cEEGrid consists of 10 electrodes. Electrodes L1–L4 and L5–L8 around the left ear and R1–R4 and R5–R8 around the right ear measure the voltage between the respective electrode and the reference electrode R4b, while electrode R4a is the ground. L4b electrode was used in the offline analysis for rereferencing the data. To keep the layout symmetric, L4a electrode was excluded from analysis, leaving 16 channels in total, 8 around each ear. (C) Illustration of 84-channel cap-EEG and 16-channel ear-EEG 3D locations relative to each other, on a template brain. The left cEEGrid channels are hidden from view.

Article Snippet: After EEG acquisition an infrared 3D digitizer was used to record the position of all cap and cEEGrid electrodes (Xensor electrode digitizer, version 5.0.0, ANT Neuro, The Netherlands) as well as individual head shape coordinates.

Techniques: Adhesive

Synchronized streaming of two separate EEG systems . For stimulus presentation the Psychophysics toolbox was used to present the sound to the participant and send the event markers to Lab recorder. EEG was recorded with one cEEGrid located around each ear (head, pink) and high-density cap with 84 effective channels (head, cyan). Using the SMARTING mobile amplifier the ear-EEG signal was wirelessly sent to the recording computer, while the cap-EEG signals were recorded using the Brain Amp amplifiers with a physical connection to the computer. Through Lab recorder, a marker stream and both EEG streams were joined into one output file in extensible data format (.xdf).

Journal: Frontiers in Neuroscience

Article Title: Target Speaker Detection with Concealed EEG Around the Ear

doi: 10.3389/fnins.2016.00349

Figure Lengend Snippet: Synchronized streaming of two separate EEG systems . For stimulus presentation the Psychophysics toolbox was used to present the sound to the participant and send the event markers to Lab recorder. EEG was recorded with one cEEGrid located around each ear (head, pink) and high-density cap with 84 effective channels (head, cyan). Using the SMARTING mobile amplifier the ear-EEG signal was wirelessly sent to the recording computer, while the cap-EEG signals were recorded using the Brain Amp amplifiers with a physical connection to the computer. Through Lab recorder, a marker stream and both EEG streams were joined into one output file in extensible data format (.xdf).

Article Snippet: After EEG acquisition an infrared 3D digitizer was used to record the position of all cap and cEEGrid electrodes (Xensor electrode digitizer, version 5.0.0, ANT Neuro, The Netherlands) as well as individual head shape coordinates.

Techniques: Marker

Influence of sensor position on decoding . The decoding accuracy achieved with various electrode layouts (illustrated on the right) is shown on the left. Markers on each layout on the right indicate the channels used in the decoding algorithm. The marker shape on each layout on the right corresponds to the respective decoding accuracy result shown on the left. Pink markers signify cEEGrid channels and cyan markers cap channels. The error bars represent the standard deviation across participants. The gray shaded area represents chance level.

Journal: Frontiers in Neuroscience

Article Title: Target Speaker Detection with Concealed EEG Around the Ear

doi: 10.3389/fnins.2016.00349

Figure Lengend Snippet: Influence of sensor position on decoding . The decoding accuracy achieved with various electrode layouts (illustrated on the right) is shown on the left. Markers on each layout on the right indicate the channels used in the decoding algorithm. The marker shape on each layout on the right corresponds to the respective decoding accuracy result shown on the left. Pink markers signify cEEGrid channels and cyan markers cap channels. The error bars represent the standard deviation across participants. The gray shaded area represents chance level.

Article Snippet: After EEG acquisition an infrared 3D digitizer was used to record the position of all cap and cEEGrid electrodes (Xensor electrode digitizer, version 5.0.0, ANT Neuro, The Netherlands) as well as individual head shape coordinates.

Techniques: Marker, Standard Deviation

Influence of cEEGrid properties on participants' performance . In the left and middle plots the mean across good and bad performers, respectively, is shown for each analysis. (A) Mean cEEGrid electrode impedances across participants. The right plot shows the absolute difference between the two group means. (B) Frequency band analysis for all cEEGrid electrodes. On the right is the difference between the group means. (C) The cEEGrid placement angle with standard deviation (left cEEGrid is shown in gray, right cEEGrid in green). On the first two plots the head axis is considered to be at 90°. On the third plot, the difference between the group means is measured from 0°.

Journal: Frontiers in Neuroscience

Article Title: Target Speaker Detection with Concealed EEG Around the Ear

doi: 10.3389/fnins.2016.00349

Figure Lengend Snippet: Influence of cEEGrid properties on participants' performance . In the left and middle plots the mean across good and bad performers, respectively, is shown for each analysis. (A) Mean cEEGrid electrode impedances across participants. The right plot shows the absolute difference between the two group means. (B) Frequency band analysis for all cEEGrid electrodes. On the right is the difference between the group means. (C) The cEEGrid placement angle with standard deviation (left cEEGrid is shown in gray, right cEEGrid in green). On the first two plots the head axis is considered to be at 90°. On the third plot, the difference between the group means is measured from 0°.

Article Snippet: After EEG acquisition an infrared 3D digitizer was used to record the position of all cap and cEEGrid electrodes (Xensor electrode digitizer, version 5.0.0, ANT Neuro, The Netherlands) as well as individual head shape coordinates.

Techniques: Standard Deviation