Brain-Computer Interface for People With ALS: Long-Term Daily Use in the Home Environment.

Eric Sellers; T.M. Vaughan; D.J. McFarland; C.S. Carmack; G. Shcalk; R.A. Cardillo; S.A. Mackler; E.M. Braun; S. Halder; S.S. Lee; A. Fudrea; A. Kübler; J.R. Wolpaw

Brain-Computer Interface for People With ALS: Long-Term Daily Use in the Home Environment.

Eric Sellers, T.M. Vaughan, D.J. McFarland, C.S. Carmack, G. Shcalk, R.A. Cardillo, S.A. Mackler, E.M. Braun, S. Halder, S.S. Lee, A. Fudrea, A. Kübler, J.R. Wolpaw

Research output: Contribution to conference › Presentation

Abstract

A noninvasive brain-computer interface (BCI) records brain activity from the scalp and uses the signals to convey lntanl

Five users have been provided with portable P300 based BCI systems that they use to perform a variety af tasks on a daily basis. Caregivers have been trained to apply electrode capa and start the systems. Each day's data are electronically transferred to Iha lab. Classifica tion coefficients are updated remotely as needed. Users are presented with a matrix of Items, each emulataa a keyboard command. The users operate the syslllm by attending to a desired malrix item while all iblms llaah rapidly. The attended item produces a P300 response and the unallllnded Items do nol The system operalBs by detec:tlng which Item ellclts the largest P300 for a given series o f !lashes. The system selects that matrix item, and then activates a keyboard command.

Original language	American English
State	Published - Nov 2007
Event	Society for Neuroscience annual meeting - San Diego, CA. Duration: Nov 1 2007 → …

Conference

Conference	Society for Neuroscience annual meeting
Period	11/1/07 → …

Keywords

ALS
BCI
home environment
long-term daily use

Disciplines

Cognitive Psychology

Cite this

@conference{fe405fd63cd84082b6960f0bf3848b1c,

title = "Brain-Computer Interface for People With ALS: Long-Term Daily Use in the Home Environment.",

abstract = " A noninvasive brain-computer interface (BCI) records brain activity from the scalp and uses the signals to convey lntanl Five users have been provided with portable P300 based BCI systems that they use to perform a variety af tasks on a daily basis. Caregivers have been trained to apply electrode capa and start the systems. Each day's data are electronically transferred to Iha lab. Classifica tion coefficients are updated remotely as needed. Users are presented with a matrix of Items, each emulataa a keyboard command. The users operate the syslllm by attending to a desired malrix item while all iblms llaah rapidly. The attended item produces a P300 response and the unallllnded Items do nol The system operalBs by detec:tlng which Item ellclts the largest P300 for a given series o f !lashes. The system selects that matrix item, and then activates a keyboard command. ",

keywords = "ALS, BCI, home environment, long-term daily use",

author = "Eric Sellers and T.M. Vaughan and D.J. McFarland and C.S. Carmack and G. Shcalk and R.A. Cardillo and S.A. Mackler and E.M. Braun and S. Halder and S.S. Lee and A. Fudrea and A. K{\"u}bler and J.R. Wolpaw",

year = "2007",

month = nov,

language = "American English",

note = "Society for Neuroscience annual meeting ; Conference date: 01-11-2007",

}

TY - CONF

T1 - Brain-Computer Interface for People With ALS: Long-Term Daily Use in the Home Environment.

AU - Sellers, Eric

AU - Vaughan, T.M.

AU - McFarland, D.J.

AU - Carmack, C.S.

AU - Shcalk, G.

AU - Cardillo, R.A.

AU - Mackler, S.A.

AU - Braun, E.M.

AU - Halder, S.

AU - Lee, S.S.

AU - Fudrea, A.

AU - Kübler, A.

AU - Wolpaw, J.R.

PY - 2007/11

Y1 - 2007/11

N2 - A noninvasive brain-computer interface (BCI) records brain activity from the scalp and uses the signals to convey lntanl Five users have been provided with portable P300 based BCI systems that they use to perform a variety af tasks on a daily basis. Caregivers have been trained to apply electrode capa and start the systems. Each day's data are electronically transferred to Iha lab. Classifica tion coefficients are updated remotely as needed. Users are presented with a matrix of Items, each emulataa a keyboard command. The users operate the syslllm by attending to a desired malrix item while all iblms llaah rapidly. The attended item produces a P300 response and the unallllnded Items do nol The system operalBs by detec:tlng which Item ellclts the largest P300 for a given series o f !lashes. The system selects that matrix item, and then activates a keyboard command.

AB - A noninvasive brain-computer interface (BCI) records brain activity from the scalp and uses the signals to convey lntanl Five users have been provided with portable P300 based BCI systems that they use to perform a variety af tasks on a daily basis. Caregivers have been trained to apply electrode capa and start the systems. Each day's data are electronically transferred to Iha lab. Classifica tion coefficients are updated remotely as needed. Users are presented with a matrix of Items, each emulataa a keyboard command. The users operate the syslllm by attending to a desired malrix item while all iblms llaah rapidly. The attended item produces a P300 response and the unallllnded Items do nol The system operalBs by detec:tlng which Item ellclts the largest P300 for a given series o f !lashes. The system selects that matrix item, and then activates a keyboard command.

KW - ALS

KW - BCI

KW - home environment

KW - long-term daily use

UR - https://www.etsu.edu/cas/psychology/bcilab/documents/sellers_sfn2007_fnl_v1.pdf

M3 - Presentation

T2 - Society for Neuroscience annual meeting

Y2 - 1 November 2007

ER -

Brain-Computer Interface for People With ALS: Long-Term Daily Use in the Home Environment.

Abstract

Conference

Keywords

Disciplines

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